Answers and documents.

There is no pallet minimum. Inquiries start from individual units, delivered across the EU. Equipment ships according to project schedules, with trade quotes detailing destination freight.

Yes. Inverters, batteries, smart meters, and accessories from different brands can be combined in one project inquiry. They ship together under a unified invoice; check each pairing against the compatibility lists on file before sending your inquiry.

Both. Installers can request packaged systems with matching balance-of-system components, or source individual replacement units and accessories.

Quotations include confirmed B2B net pricing, a full bill of materials, and applicable freight terms for the project destination.

Wholesale net pricing is visible to verified partner accounts. Unregistered contractors can submit project parameters to receive a formal trade quotation.

Professional solar installers, electrical contractors (Elektrofachbetriebe), and EPCs operating within the EU. Registrations are reviewed individually before account activation.

Batteries are classified as dangerous goods (Class 9) and transported via certified freight carriers. Systems carry UN38.3 transport certification, with compliant crating and documentation managed by Linker.

Note visible packaging or pallet damage on the freight receipt (CMR) at delivery. Linker coordinates carrier claims and replacement units to avoid project downtime.

Deliveries route directly to your company warehouse, branch location, or scheduled project sites across the European Union.

Statutory B2B warranty rights apply, and product guarantees apply as issued in the documents on the product pages and in this library. Linker handles any claim for you, based on your project records.

For a warranty claim, contact us with your invoice or proforma reference, serial number, model, and fault description. Linker handles the diagnostic exchange with the manufacturer's technical desk. Contact us about Warranty & Replacements.

Linker provides sizing tools and wiring references during planning, and live commissioning troubleshooting from the engineering desk in Germany.

Grid compliance is documented per model: inverters for low-voltage connection need a Unit Certificate (Einheitenzertifikat) and NA-Schutz documentation under VDE-AR-N 4105, medium-voltage systems follow VDE-AR-N 4110. Linker requests the certificates for the models in your inquiry.

Datasheets and manuals are on file in English, and in German where a German edition exists. Linker's engineering desk helps with technical questions on any of them.

Yes, on request: Linker requests the CE Declarations of Conformity and relevant test certificates for the models in your inquiry.

Genie indexes the datasheets, manuals, and compatibility matrices in this library, retrieving specific technical parameters and wiring requirements directly.

For the GW10K-EHA-G20, the backup side nominal output apparent power is 10 kVA. The maximum output apparent power is 10.0 kVA (20.0 kVA for 10 s), and the maximum output apparent power in bypass is 14.5 kVA. Nominal output current is 43.5 A at 220 V, 43.5 A at 230 V and 41.7 A at 240 V; the maximum output current is listed with the same values. The maximum bypass output current is 63 A.

GoodWe ESA GW10K-EHA-G20 (10 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 281

The GW10K-EHA-G20 has 4 MPPTs. Each MPPT has 1 string.

GoodWe ESA GW10K-EHA-G20 (10 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 278

The following battery modules stack with the GW10K-EHA-G20: GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW6.0-BAT-D-G20, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, and GW9.0-BAT-D-G20. Battery modules of different models support mixed use.

GoodWe ESA GW10K-EHA-G20 (10 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 42

A single column can stack up to 6 batteries. For single-column stacked installations, the maximum number of parallel units is 6. If there is more energy demand, or other scenarios requiring capacity expansion such as reducing the stacking height of a single column due to installation conditions, contact GoodWe or a dealer to purchase a battery expansion kit.

GoodWe ESA GW10K-ETA-G20 (10 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 80

The BACK-UP port off-grid load capacity table in the manual lists the GW10K-ETA-G20 in the model group GW5K-ETA-G20, GW6K-ETA-G20, GW8K-ETA-G20, GW9.999K-ETA-G20, GW10K-ETA-G20, GW12K-ETA-G20, GW15K-ETA-G20, GW20K-ETA-G20 and the GW5K-BTA-G20 to GW20K-BTA-G20 models. For this group the table states: rated power of a single inductive load 1.1 kVA single-phase and 3.3 kVA three-phase; total rated power of multiple inductive loads 0.4*Pn/3 single-phase and 0.4*Pn three-phase; capacitive load 0.33*Pn/3 single-phase and 0.33*Pn three-phase; half-wave load 2 kW single-phase, with no value given for three-phase.

GoodWe ESA GW10K-ETA-G20 (10 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 29

The inverter has a built-in meter; use the CT provided with the inverter, CT ratio 120A:40mA. If the built-in meter does not meet the usage requirements, a GMK330 or GM330 Smart Meter can be purchased from a dealer. GMK330: CT is not replaceable, CT ratio 120A:40mA. GM330: the CT can be purchased from GoodWe or separately, CT ratio requirement nA/5A, where nA is the CT primary input current with n from 200 to 5000 and 5A is the CT secondary output current. If more than 2 inverters are paralleled, or the wire diameter or measuring range of the standard CT does not meet the total current requirements of the on-site parallel system, use the GM330 Smart Meter.

GoodWe ESA GW10K-ETA-G20 (10 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 35

The cabinet supports TN-S, TN-C, TN-C-S, and TT grid types. It does not support direct connection to IT system grids; connection to an IT system grid can be achieved by externally equipping an isolation transformer.

GoodWe ESA GW125/261-ESA-LCN-G10 (125 kW / 261 kWh all-in-one storage cabinet) — GoodWe ESA 261 kWh user manual, V1.6 (EN), p. 14

Current transformers (CTs) and meters must be configured at the grid connection point to enable the grid connection power limitation function. If power outage operations are permitted on-site, install a primary CT at the grid connection point and connect it to the GM330/primary meter. If power outage is not permitted on-site, install a secondary CT on the existing primary CT and connect it to the DTSD1352/secondary meter. When multiple energy storage systems are connected in parallel, insert a terminating resistor into the COM port of the last energy storage system.

GoodWe ESA GW125/261-ESA-LCN-G10 (125 kW / 261 kWh all-in-one storage cabinet) — GoodWe ESA 261 kWh user manual, V1.6 (EN), p. 46

Yes. Off-grid operation is supported. When the grid fails, the PCS controls the switching cabinet to disconnect from the grid and establishes AC voltage. The system switches to off-grid operation, and PV is connected to supply power to loads; the priority for supplying power to loads is PV > Energy Storage. When the grid recovers, the PCS issues a command to close the STS On/Off-grid transfer switch, and the system returns to grid-connected operation.

GoodWe ESA GW125/261-ESA-LCN-G10 (125 kW / 261 kWh all-in-one storage cabinet) — GoodWe ESA 261 kWh microgrid user manual, V1.1 (EN), p. 26

The energy storage system can be transported to the installation site using hoisting or a forklift. When hoisting the equipment, use flexible lifting slings or straps, with a single strap load capacity of ≥5t. When transporting the equipment with a forklift, the forklift's load capacity must be ≥5t. The equipment must be installed on a concrete or other non-combustible surface base. Before installation, ensure the base is level, firm, flat, dry, and has sufficient load-bearing capacity. The base must have pre-embedded conduits or reserved cable outlet holes to facilitate equipment cabling.

GoodWe ESA GW125/261-ESA-LCN-G10 (125 kW / 261 kWh all-in-one storage cabinet) — GoodWe ESA 261 kWh user manual, V1.6 (EN), p. 35

Mixing battery modules of different models is supported. The battery heating film is optional, and only models equipped with the heating film can enable the "Battery Heating" function. The battery heating function is unavailable when GW5.1-BAT-D-G20, GW8.3-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20 are mixed. Do not use batteries without the heating film in low-temperature environments.

GoodWe ESA GW12K-ETA-G20 (12 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 45

For the BACK-UP port, the rated power of a single inductive load is 1.1 kVA single-phase and 3.3 kVA three-phase. The total rated power of multiple inductive loads is 0.4*Pn/3 single-phase and 0.4*Pn three-phase. Capacitive load is 0.33*Pn/3 single-phase and 0.33*Pn three-phase. Half-wave load is 2 kW single-phase.

GoodWe ESA GW12K-ETA-G20 (12 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 29

Yes. The inverter deliverables include a battery base x 1 and a CT x 1. Battery modules are listed separately under the battery deliverables.

GoodWe ESA GW15K-ETA-G20 (15 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 77

The GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20 have a charging temperature range of -20~55 °C.

GoodWe ESA GW15K-ETA-G20 (15 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 336

The GW15K-ETA-G20 belongs to the first model group of the BACK-UP port off-grid load capacity table, together with the GW5K-ETA-G20, GW6K-ETA-G20, GW8K-ETA-G20, GW9.999K-ETA-G20, GW10K-ETA-G20, GW12K-ETA-G20 and GW20K-ETA-G20, and the GW5K-BTA-G20 to GW20K-BTA-G20 models. For this group the table gives: rated power of a single inductive load 1.1 kVA single-phase and 3.3 kVA three-phase; total rated power of multiple inductive loads 0.4*Pn/3 single-phase and 0.4*Pn three-phase; capacitive load 0.33*Pn/3 single-phase and 0.33*Pn three-phase; half-wave load 2 kW single-phase, with no value given for three-phase.

GoodWe ESA GW15K-ETA-G20 (15 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 29

The GW20K-ETA-G20 has a rated apparent power of 20 kVA on the AC side (Back-up Port).

GoodWe ESA GW20K-ETA-G20 (20 kW three-phase power module) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 2

The GW20K-ETA-G20 has 4 MPPTs.

GoodWe ESA GW20K-ETA-G20 (20 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 297

The battery modules that can be used are GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20, and GW9.0-BAT-D-G20. Battery modules of different models can be mixed.

GoodWe ESA GW20K-ETA-G20 (20 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 45

The GW25K-ETA-G20 is listed with a rated apparent power of 25 kVA on the AC side (back-up port).

GoodWe ESA GW25K-ETA-G20 (25 kW three-phase power module) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 2

The GW25K-ETA-G20 has 4 MPPTs.

GoodWe ESA GW25K-ETA-G20 (25 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 297

The battery system models are GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20. Battery modules of different models can be mixed.

GoodWe ESA GW25K-ETA-G20 (25 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 45

The AC Side (Back-up Port) of the GW29.999K-ETA-G20 has a rated apparent power of 30 kVA. The maximum apparent power is 33 kVA off-grid (45.0 kVA for 10 s) and 55.2 kVA on-grid.

GoodWe ESA GW29.999K-ETA-G20 (29.999 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 306

The GW29.999K-ETA-G20 has 4 MPPTs. The number of strings per MPPT is 1/1/2/2.

GoodWe ESA GW29.999K-ETA-G20 (29.999 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 305

The manual lists these battery modules for the ESA system: GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20. For stacking on a mounting bracket, the limits are: GW5.1-BAT-D-G20 and GW5.1-BAT-D-G21 up to 3 batteries; GW8.3-BAT-D-G20 and GW8.3-BAT-D-G21 up to 2 batteries; GW6.0-BAT-D-G20 up to 3 batteries; GW9.0-BAT-D-G20 up to 2 batteries. When GW5.1-BAT-D-G20, GW5.1-BAT-D-G21 and GW6.0-BAT-D-G20 are mixed and stacked, each system group supports up to 3 batteries. For floor installation, up to 4 batteries can be stacked away from the wall and up to 6 batteries against the wall.

GoodWe ESA GW29.999K-ETA-G20 (29.999 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 98

The GW3.6K-EHA-G20 has a nominal output apparent power of 3.6 kVA on the backup side. Its maximum output apparent power is 3.6 kVA for 10 seconds, and the maximum output apparent power in bypass mode is 7.2 kVA.

GoodWe ESA GW3.6K-EHA-G20 (3.6 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 272

The GW3.6K-EHA-G20 has 2 MPPTs, with 1 string per MPPT.

GoodWe ESA GW3.6K-EHA-G20 (3.6 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 270

The following battery modules can be used with this power module: GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW6.0-BAT-D-G20, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, and GW9.0-BAT-D-G20. These modules support mixed use.

GoodWe ESA GW3.6K-EHA-G20 (3.6 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 42

On the AC side (Back-up Port) the rated apparent power is 30 kVA. The maximum apparent power is 33 kVA off-grid (45.0 kVA for 10 s) and 55.2 kVA on-grid.

GoodWe ESA GW30K-ETA-G20 (30 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 306

The GW30K-ETA-G20 has 4 MPPTs, with 1/1/2/2 strings per MPPT.

GoodWe ESA GW30K-ETA-G20 (30 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 305

The battery system models are GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20. Battery modules of different models can be mixed. The system supports 5-108kWh.

GoodWe ESA GW30K-ETA-G20 (30 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 45

The GW3K-EHA-G20 has a nominal output apparent power of 3 kVA on the backup side. The maximum output apparent power is 3.0 kVA (6.0 kVA for 10 s), and the maximum output apparent power in bypass is 6 kVA.

GoodWe ESA GW3K-EHA-G20 (3 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 272

The GW3K-EHA-G20 has 2 MPPTs, with 1 string per MPPT.

GoodWe ESA GW3K-EHA-G20 (3 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 270

The system supports these battery modules: GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW6.0-BAT-D-G20, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21 and GW9.0-BAT-D-G20. Battery modules of different models support mixed use. For base-mounted installation, stacking is supported up to 6 batteries. For bracket installation, the maximum stacking quantity is: GW5.1-BAT-D-G20 and GW5.1-BAT-D-G21 maximum 3 units; GW8.3-BAT-D-G20 and GW8.3-BAT-D-G21 up to 2 pcs; GW6.0-BAT-D-G20 up to 3 units; GW9.0-BAT-D-G20 max. 2 units. When GW5.1-BAT-D-G20, GW5.1-BAT-D-G21 and GW6.0-BAT-D-G20 are mixed and stacked, each group supports up to 3 modules. GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW9.0-BAT-D-G20 and models stacked in a mixed configuration with them support a maximum of 2 units per group.

GoodWe ESA GW3K-EHA-G20 (3 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 91

The GW5K-EHA-G20 has a nominal output apparent power of 5.0 kVA on the backup side. Its maximum output apparent power is 5.0 kVA for 10 seconds, and the maximum output apparent power in bypass mode is 10.0 kVA. The maximum output current is 22.8 A at 220 V and 21.8 A at 230 V.

GoodWe ESA GW5K-EHA-G20 (5 kW single-phase power module) — GoodWe ESA Series 3–10 kW datasheet (EN, EMEA V1.1), p. 2

The GW5K-EHA-G20 has 2 MPPTs. Each MPPT has 1 string.

GoodWe ESA GW5K-EHA-G20 (5 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 270

The following battery modules can be used with the GW5K-EHA-G20: GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW6.0-BAT-D-G20, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, and GW9.0-BAT-D-G20. Battery modules of different models support mixed use.

GoodWe ESA GW5K-EHA-G20 (5 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 42

The AC side backup port of the GW5K-ETA-G20 has a rated apparent power of 5 kVA.

GoodWe ESA GW5K-ETA-G20 (5 kW three-phase power module) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 2

The GW5K-ETA-G20 has 3 MPPTs.

GoodWe ESA GW5K-ETA-G20 (5 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 281

The manual lists the battery modules GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20, and states that battery modules of different models can be mixed. For stacking, the manual gives these limits: GW5.1-BAT-D-G20 and GW5.1-BAT-D-G21 up to 3 batteries, GW8.3-BAT-D-G20 and GW8.3-BAT-D-G21 up to 2 batteries, GW6.0-BAT-D-G20 up to 3 batteries, GW9.0-BAT-D-G20 up to 2 batteries. When GW5.1-BAT-D-G20, GW5.1-BAT-D-G21 and GW6.0-BAT-D-G20 are mixed and stacked, each system group supports up to 3 batteries. For floor installation, up to 4 batteries can be stacked away from the wall and up to 6 batteries against the wall.

GoodWe ESA GW5K-ETA-G20 (5 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 98

The GW6K-EHA-G20 has a nominal backup output apparent power of 6.0 kVA and a maximum backup output apparent power of 6.0 kVA (12.0 kVA for 10 s). The maximum backup output current is 27.3 A at 220 V, 26.1 A at 230 V, and 25 A at 240 V. The maximum bypass output apparent power is 12 kVA, with a maximum bypass output current of 50 A.

GoodWe ESA GW6K-EHA-G20 (6 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 281

The GW6K-EHA-G20 has 2 MPPTs, with 1 string per MPPT.

GoodWe ESA GW6K-EHA-G20 (6 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 278

The battery modules listed for this system are GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW6.0-BAT-D-G20, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21 and GW9.0-BAT-D-G20. Battery modules of different models support mixed use, and the system supports 5-108 kWh.

GoodWe ESA GW6K-EHA-G20 (6 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 42

The GW6K-ETA-G20 has a rated apparent power of 6 kVA on the AC side (back-up port).

GoodWe ESA GW6K-ETA-G20 (6 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 283

The GW6K-ETA-G20 has 3 MPPTs, with 1 string per MPPT.

GoodWe ESA GW6K-ETA-G20 (6 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 281

The battery system includes GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20, and GW9.0-BAT-D-G20. Battery modules of different models can be mixed. The system supports 5-108kWh.

GoodWe ESA GW6K-ETA-G20 (6 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 45

The GW8K-EHA-G20 has a nominal backup output apparent power of 8 kVA. Its maximum backup output apparent power is 8.0 kVA for 10 seconds, and the maximum bypass output apparent power is 14.5 kVA. The maximum backup output current is 36.4 A at 220 V, 34.8 A at 230 V, and 33.4 A at 240 V.

GoodWe ESA GW8K-EHA-G20 (8 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 281

The GW8K-EHA-G20 has 4 MPPTs. Each MPPT has 1 string.

GoodWe ESA GW8K-EHA-G20 (8 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 278

The system uses these battery modules: GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW6.0-BAT-D-G20, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21 and GW9.0-BAT-D-G20. Battery modules of different models support mixed use. For bracket installation, the maximum stacking quantity per group is: GW5.1-BAT-D-G20 and GW5.1-BAT-D-G21 up to 3 units; GW8.3-BAT-D-G20 and GW8.3-BAT-D-G21 up to 2 pcs; GW6.0-BAT-D-G20 up to 3 units; GW9.0-BAT-D-G20 max. 2 units. When GW5.1-BAT-D-G20, GW5.1-BAT-D-G21 and GW6.0-BAT-D-G20 are mixed and stacked, each group supports up to 3 modules. When GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW9.0-BAT-D-G20 and models stacked in a mixed configuration with them are used, the system supports a maximum of 2 units per group. With base-mounted installation, stacking up to 6 batteries is supported.

GoodWe ESA GW8K-EHA-G20 (8 kW single-phase power module) — GoodWe ESA Series 3–10 kW user manual (EN, V1.8), p. 91

Yes. The system supports battery capacity expansion, and the total battery capacity is determined by the quantity and specifications of battery modules. Configuration must strictly adhere to the restrictions specified in this section. The system supports 5-108kWh. A single column can stack up to 6 batteries. If there is more energy demand, or other scenarios requiring capacity expansion such as reducing the stacking height of a single column due to installation conditions, please contact GoodWe or a dealer to purchase a battery expansion kit.

GoodWe ESA GW8K-ETA-G20 (8 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 80

The BACK-UP port off-grid load capacity table lists the GW8K-ETA-G20 in its first model group, together with the GW5K-ETA-G20, GW6K-ETA-G20, GW9.999K-ETA-G20, GW10K-ETA-G20, GW12K-ETA-G20, GW15K-ETA-G20 and GW20K-ETA-G20, and the GW5K-BTA-G20 to GW20K-BTA-G20 models. For this group the table gives: rated power of a single inductive load 1.1 kVA single-phase and 3.3 kVA three-phase; total rated power of multiple inductive loads 0.4*Pn/3 single-phase and 0.4*Pn three-phase; capacitive load 0.33*Pn/3 single-phase and 0.33*Pn three-phase; half-wave load 2 kW single-phase, with no value for three-phase.

GoodWe ESA GW8K-ETA-G20 (8 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 29

Use the built-in meter with the CT provided with the inverter. CT ratio: 120A:40mA. If the built-in meter of the inverter does not meet usage requirements, contact a dealer to purchase a GMK330 or GM330 Smart Meter. GMK330: CT is not replaceable; CT ratio: 120A:40mA. GM330: the CT can be purchased from GoodWe or purchased separately; CT ratio requirement: nA/5A, where nA is the CT primary input current with n ranging from 200 to 5000, and 5A is the CT secondary output current. If more than 2 inverters are paralleled, or the wire diameter or measuring range of the standard CT does not meet the total current requirements of the on-site parallel system, use the GM330 Smart Meter. In the whole-house backup power scenario, there is no need to connect additional meters or CTs; simply set the "Meter Type" to "Built-in CT, External No Meter No CT" in the App to achieve the Power Limit function.

GoodWe ESA GW8K-ETA-G20 (8 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 35

On the AC side (Back-up Port), the GW9.999K-ETA-G20 has a rated apparent power of 10 kVA. The maximum output overcurrent protection is 74.6 A.

GoodWe ESA GW9.999K-ETA-G20 (9.999 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 291

The GW9.999K-ETA-G20 has 4 MPPTs, with 1 string per MPPT (1/1/1/1).

GoodWe ESA GW9.999K-ETA-G20 (9.999 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 289

The battery system models are GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G20, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20. Battery modules of different models can be mixed. The system supports 5-108kWh.

GoodWe ESA GW9.999K-ETA-G20 (9.999 kW three-phase power module) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 45

One EzManager3000 manages up to 4 hybrid inverters, up to 4 grid-tied inverters, up to 2 EV chargers, 1 heat pump (SG-Ready) and up to 12 Shelly devices. Compare your planned device mix against these figures.

GoodWe EzManager3000 HEMS Gateway — GoodWe EzManager3000 Datasheet (EMEA, EN), p. 1

The datasheet states auto-connect to electricity trading platforms, dynamic and negative tariff support, AI-optimized scheduling for maximum tariff savings, and AI forecasting for personalized, habit-based energy optimization. In the tariff setting you select export energy tariff or import energy tariff and set the tariff type, supporting fixed tariff, time-of-use tariff and dynamic pricing. Dynamic pricing obtains dynamic pricing from the utility company and combines it with user-set tariff surcharges to adjust the actual electricity buying and selling tariffs; it is applicable only to certain regions and certain equipment. The manual notes that only some European countries or regions support the use of electricity market tariff, and the current electricity market only supports Nord Pool.

GoodWe EzManager3000 HEMS Gateway — GoodWe EzManager3000 Datasheet (EMEA, EN), p. 1

Smart meters and grid-tied inverters connect via RS485. The SG Ready heat pump connects via DO, supporting a maximum of 1 heat pump. Energy storage inverters, AC charger, smart sockets and GoodHeat connect to the router via WiFi/LAN, and the gateway connects to the router via WiFi/LAN; up to 12 smart devices are supported, and LAN is recommended for communication stability. The wiring diagram shows the smart meter on RS485, the SG Ready heat pump on DO, and the grid-tied inverter on RS485. To set the heat pump working mode, select the desired working mode via the SEMS+ App after completing the wiring.

GoodWe EzManager3000 HEMS Gateway — GoodWe EzManager3000 User Manual (EN), p. 12

The GMK330 ships with 3 current transformers. The datasheet lists 120A CTs included, and the current transformer ratio is 120A:40mA; the previous 200A:50mA version is phased out after June 2026.

GoodWe GMK330 — GoodWe GMK330 Datasheet (EMEA, EN), p. 1

No. For the GW100K-ET-G10, when the input voltage ranges from 950 V to 1000 V, the inverter enters standby mode. It returns to normal operation when the voltage returns to 950 V.

GoodWe GW100K-ET-G10 — GoodWe ET Series 75–100 kW datasheet (EN), p. 2

Yes. The inverter can only use the BACK-UP function when paired with STS. The STS Box or STS Cabinet is needed.

GoodWe GW100K-ETR-G10 (100 kW three-phase hybrid inverter) — GoodWe ETR 50–125 kW User Manual (EN), p. 57

No. For the GW100K-ETR-G10, when the input voltage ranges from 1000 V to 1100 V, the inverter will enter the standby mode, and the voltage returns to 1000 V to enter the normal operation state.

GoodWe GW100K-ETR-G10 (100 kW three-phase hybrid inverter) — GoodWe ETR Series 80–125 kW Datasheet (EMEA, EN), p. 3

Yes. The inverter can only use the BACK-UP function when paired with STS. The datasheet footnote states that the STS Box or STS Cabinet is needed.

GoodWe GW110K-ETR-G10 (110 kW three-phase hybrid inverter) — GoodWe ETR 50–125 kW User Manual (EN), p. 57

No. For the GW110K-ETR-G10, when the input voltage ranges from 1000 V to 1100 V, the inverter enters standby mode, and normal operation resumes when the voltage returns to 1000 V.

GoodWe GW110K-ETR-G10 (110 kW three-phase hybrid inverter) — GoodWe ETR Series 80–125 kW Datasheet (EMEA, EN), p. 3

Yes. The manual states that the inverter can only use the BACK-UP function when paired with STS. The datasheet footnote also states that the STS Box or STS Cabinet is needed. The inverter-to-STS communication cable is shipped with the unit.

GoodWe GW124.99K-ETR-G10 (124.99 kW three-phase hybrid inverter) — GoodWe ETR 50–125 kW User Manual (EN), p. 57

No. For the GW124.99K-ETR-G10, when the input voltage ranges from 1000 V to 1100 V, the inverter enters standby mode. The voltage must return to 1000 V for the inverter to enter the normal operation state.

GoodWe GW124.99K-ETR-G10 (124.99 kW three-phase hybrid inverter) — GoodWe ETR Series 80–125 kW Datasheet (EMEA, EN), p. 3

The compatibility overview lists the GW208.9-BAT-LCD-G10 battery system for the ETR. It is documented as purchased from GoodWe, and the battery system supports a maximum of 4 clusters in parallel.

GoodWe GW125K-ETR-G10 (125 kW three-phase hybrid inverter) — GoodWe ETR 50–125 kW User Manual (EN), p. 28

The inverter can only use the BACK-UP function when paired with STS.

GoodWe GW125K-ETR-G10 (125 kW three-phase hybrid inverter) — GoodWe ETR 50–125 kW User Manual (EN), p. 57

For GW80K-ETR-G10/GW99.99K-ETR-G10/GW100K-ETR-G10/GW110K-ETR-G10/GW124.99K-ETR-G10/GW125K-ETR-G10, when the input voltage ranges from 1000V to 1100V, the inverter will enter the standby mode, and the voltage returns to 1000V to enter the normal operation state.

GoodWe GW125K-ETR-G10 (125 kW three-phase hybrid inverter) — GoodWe ETR Series 80–125 kW Datasheet (EMEA, EN), p. 3

The datasheet pairs the GW125K-STS-G10 with the GoodWe ET 80/99.99/100kW hybrid inverter.

GoodWe GW125K-STS-G10 — GoodWe STS Series GW125K-STS-G10 datasheet (EMEA, EN), p. 1

The unit is wall mounted. The installation guide shows clearances of at least 200 mm at the sides and at least 800 mm in front, with the wall area at least 1100 mm high and 500 mm wide; the unit itself is 680 mm wide, 620 mm high and 165 mm deep.

GoodWe GW125K-STS-G10 — GoodWe GW125K-STS-G10 quick installation guide (multilingual), p. 1

Yes. The datasheet lists diesel generator control and support for large-load connection for C&I applications. The installation guide shows generator and large loads in the commissioning and monitoring diagram.

GoodWe GW125K-STS-G10 — GoodWe STS Series GW125K-STS-G10 datasheet (EMEA, EN), p. 1

The datasheet lists the communication method of the GW125K-STS-G10 as RS485.

GoodWe GW125K-STS-G10 — GoodWe STS Series GW125K-STS-G10 datasheet (EMEA, EN), p. 2

For the GW208.9-BAT-LC-G10, the system operating voltage range is 596.96–750.88 V, with a nominal voltage of 655.6 V. The maximum charging/discharging current is 188.4 A, and the rated charging/discharging current is 157 A.

GoodWe GW208.9-BAT-LC-G10 — GoodWe BAT-C 208–261 kWh User Manual (EN), p. 76

Yes — the manual pairs this cabinet with the ETR125 boost converter: the pairing diagram on the cited page carries reference BATC10ELC0007, and the PV side voltage must be higher than 650 V when paired.

GoodWe GW208.9-BAT-LC-G10 — GoodWe BAT-C 208–261 kWh User Manual (EN), p. 55

When the ETR125 boost converter is paired with a battery system, the PV side voltage must be higher than 650 V; otherwise, it will trigger voltage difference current limiting.

GoodWe GW261.2-BAT-LCD-G10 — GoodWe BAT-C 208–261 kWh User Manual (EN), p. 55

Heating is optional for the GW5.1-BAT-D-G20. The datasheet lists 'Heating (Optional)' for this model. The user manual states that the battery heating film is optional and that the 'Battery Heating' function can be enabled only on models configured with the heating film. Do not use batteries without a heating film at low temperatures; otherwise, the equipment may fail to operate.

GoodWe GW5.1-BAT-D-G20 (ESA battery module, 5.12 kWh) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 3

A single column can stack up to 6 batteries. For single-column stacked installations, the maximum number of parallel units is 6.

GoodWe GW5.1-BAT-D-G20 (ESA battery module, 5.12 kWh) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 80

No. The GW5.1-BAT-D-G21 has no heating. The datasheet lists only aerosol fire extinguishing (integrated) for this model, while heating is optional on the GW5.1-BAT-D-G20 and GW8.3-BAT-D-G20 and integrated on the GW6.0-BAT-D-G20 and GW9.0-BAT-D-G20. The manual confirms that the optional function configuration for the GW5.1-BAT-D-G21 is "/" (not available).

GoodWe GW5.1-BAT-D-G21 (ESA battery module, 5.12 kWh) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 3

A single column can stack up to 6 batteries. For more energy demand or other scenarios requiring capacity expansion, contact GoodWe or a dealer to purchase a battery expansion kit.

GoodWe GW5.1-BAT-D-G21 (ESA battery module, 5.12 kWh) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 80

Yes. The datasheet lists the GW6.0-BAT-D-G20 with Heating (Integrated) and Aerosol fire extinguishing (Integrated).

GoodWe GW6.0-BAT-D-G20 (ESA battery module, 6.0 kWh) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 3

No. The inverter side is rated 30 kW, and both hosted documents print it: page 2 of the STS datasheet puts 30 kW in the Inverter side block across the whole table, and the ESA 5–30 kW user manual, section 9.3 (p.339–340), puts 30 kW in the GW60K-STS-G10 column of the Inverter side block. The 60 kW rating, and the currents 91.0 A at 380 V, 87.0 A at 400 V, 83.4 A at 415 V and 100 A maximum, sit in the GW60K column of Grid, Back-up and Smart Port.

GoodWe GW60K-STS-G10 — GoodWe STS Series 30/60 kW datasheet (EMEA, EN), p. 2

The BAT-C cabinet is documented for use with GoodWe ET hybrid inverters. The installation guide names ET100, ET50 and ET30, and also refers to the ET 40-50kW range. Cable sizes given there: ET100/ET50 with Cu 25 mm², ET30 with Cu 10 mm².

GoodWe GW61.4-BAT-AC-G10 — GoodWe BAT-C 61.4–112.6 kWh Quick Installation Guide, p. 2

The GW75K-ET-G10 has a max. power of 75 kW and a max. apparent power to grid of 75 kVA. The GW80K-ET-G10 has a max. power of 80 kW and a max. apparent power to grid of 80 kVA. For Chile, the GW80K-ET-G10 max. power is 80 kW and max. apparent power to grid is 80 kVA.

GoodWe GW75K-ET-G10 — GoodWe ET Series 75–100 kW datasheet (EN), p. 2

Heating is optional for the GW8.3-BAT-D-G20. The datasheet lists "Heating (Optional)" for this model. The manual states the battery heating film is optional and the "Battery Heating" function can be enabled only on models configured with the heating film. The battery heating function is unavailable when GW8.3-BAT-D-G20 is mixed with GW5.1-BAT-D-G20, GW5.1-BAT-D-G21, GW8.3-BAT-D-G21, GW6.0-BAT-D-G20 or GW9.0-BAT-D-G20.

GoodWe GW8.3-BAT-D-G20 (ESA battery module, 8.32 kWh) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 3

A single column can stack up to 6 batteries. For single-column stacked installations, the maximum number of parallel units is 6.

GoodWe GW8.3-BAT-D-G20 (ESA battery module, 8.32 kWh) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 80

No. The datasheet lists the GW8.3-BAT-D-G21 with aerosol fire extinguishing (integrated) only; heating is not listed for this model. Heating is optional on the GW8.3-BAT-D-G20.

GoodWe GW8.3-BAT-D-G21 (ESA battery module, 8.32 kWh) — GoodWe ESA Series 5–30 kW datasheet (EN), p. 3

A single column can stack up to 6 batteries. For single-column stacked installations, the maximum number of parallel units is 6.

GoodWe GW8.3-BAT-D-G21 (ESA battery module, 8.32 kWh) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 80

The datasheet lists the GoodWe BAT-C 261kWh battery system as compatible with the ETR series, which includes the GW80K-ETR-G10.

GoodWe GW80K-ETR-G10 (80 kW three-phase hybrid inverter) — GoodWe ETR Series 80–125 kW Datasheet (EMEA, EN), p. 1

Yes, the inverter can only use the BACK-UP function when paired with an STS.

GoodWe GW80K-ETR-G10 (80 kW three-phase hybrid inverter) — GoodWe ETR 50–125 kW User Manual (EN), p. 57

No, for the GW80K-ETR-G10, when the input voltage ranges from 1000V to 1100V, the inverter will enter standby mode, and the voltage returns to 1000V to enter the normal operation state.

GoodWe GW80K-ETR-G10 (80 kW three-phase hybrid inverter) — GoodWe ETR Series 80–125 kW Datasheet (EMEA, EN), p. 3

The lifting route must allow hoisting to the installation location. Use flexible slings or straps; the load-bearing capacity of a single strap must be at least 240 kg for the GW9.0-BAT-D-G20. Wear safety gloves and keep the equipment balanced during transport.

GoodWe GW9.0-BAT-D-G20 (ESA battery module, 9.0 kWh) — GoodWe ESA Series 5–30 kW user manual (EN, V1.5), p. 96

Use 99.99 kW as the model figure for the GW99.99K-ET-G10. The datasheet lists the model as GW99.99K-ET-G10, and the user manual gives the three-phase unbalanced output as 1/3 x 99.99 kW.

GoodWe GW99.99K-ET-G10 — GoodWe ET 50–100 kW user manual (EN), p. 92

Yes. The inverter can only use the BACK-UP function when paired with STS. The STS Box or STS Cabinet is needed.

GoodWe GW99.99K-ETR-G10 (99.99 kW three-phase hybrid inverter) — GoodWe ETR 50–125 kW User Manual (EN), p. 57

For the GW99.99K-ETR-G10, when the input voltage ranges from 1000 V to 1100 V, the inverter enters standby mode. Normal operation resumes when the voltage returns to 1000 V.

GoodWe GW99.99K-ETR-G10 (99.99 kW three-phase hybrid inverter) — GoodWe ETR Series 80–125 kW Datasheet (EMEA, EN), p. 3

Yes. The datasheet lists under Protection: "External Type A RCD is needed". The technical data table for GW11K-HCA-20 states: "An external Type A residual current device (RCD) is required."

GoodWe HCA G2 GW11K-HCA-20 (11 kW three-phase EV charger, 7.5 m cable) — GoodWe HCA G2 Datasheet (EMEA, EN), p. 2

The scope of delivery includes: Charger x 1, AC connector x 1, dummy socket x 1, dummy socket fastening screws x 4, expansion bolts x 4, RS485 communication connector x 1, LAN communication connector x 1, Phillips screwdriver x 1, flat-head screwdriver x 1, AC cable pin terminals x 5, RS485 cable pin terminals x 4, RFID cards x 2, RJ45 terminal x 1, waterproof rubber plugs x 2 and documents x 1.

GoodWe HCA G2 GW11K-HCA-20 (11 kW three-phase EV charger, 7.5 m cable) — GoodWe HCA G2 User Manual (EN), p. 33

The manual describes an EnWG §14a grid-dispatch setting. It says that, when enabled, the function is intended to limit the power drawn from the grid by a single device to 4.2 kW, and that the grid-import limit should be set according to the actual requirements.

GoodWe HCA G2 GW11K-HCA-20 (11 kW three-phase EV charger, 7.5 m cable) — GoodWe HCA G2 User Manual (EN), p. 72

Before ordering, check that the charging pile model is correct. If there is any discrepancy, do not open the packaging and contact your dealer.

GoodWe HCA G2 GW22K-HCA-20 (22 kW three-phase EV charger, 7.5 m cable) — GoodWe HCA G2 User Manual (EN), p. 33

The scope of delivery includes: Charger x 1, AC connector x 1, Dummy socket x 1, fastening screws x 4, Expansion bolt x 4, RS485 communication connector x 1, LAN communication connector x 1, Screwdriver x 1, AC cable pin terminal x 2, RS485 cable pin terminal x 1, RFID card x 5, RJ45 terminal x 4, Waterproof rubber plug x 2, Documents x 1.

GoodWe HCA G2 GW22K-HCA-20 (22 kW three-phase EV charger, 7.5 m cable) — GoodWe HCA G2 User Manual (EN), p. 33

Yes. According to the German EnWG 14a, all SteuVEs need to be subject to emergency dimming by the grid. The grid operator can temporarily reduce the maximum grid-bought power consumption of controllable loads to 4.2 kW. If only DI4-EnWG 14a is needed, other DI ports do not need to be wired.

GoodWe HCA G2 GW22K-HCA-20 (22 kW three-phase EV charger, 7.5 m cable) — GoodWe HCA G2 User Manual (EN), p. 72

Yes. For GW7K-HCA-20, connect the single-phase AC input line. Voltage: 230 Vac, L/N/PE; current: 32 A; frequency: 50/60 Hz.

GoodWe HCA G2 GW7K-HCA-20 (7 kW single-phase EV charger, 7.5 m cable) — GoodWe HCA G2 User Manual (EN), p. 47

The scope of delivery includes: Charger x 1, AC connector x 1, Dummy socket x 1, fastening screws x 4, Expansion bolt x 4, RS485 communication connector x 1, LAN communication connector x 1, Screwdriver x 1, AC cable pin terminal x 2, RS485 cable pin terminal x 1, RFID card x 5, RJ45 terminal x 4, Waterproof rubber plug x 2, Documents x 1.

GoodWe HCA G2 GW7K-HCA-20 (7 kW single-phase EV charger, 7.5 m cable) — GoodWe HCA G2 User Manual (EN), p. 33

The SEC3000C supports a maximum of 60 inverters via RS485 and 10 inverters via LAN. Check your planned inverter count against these limits.

GoodWe SEC3000C Smart Energy Controller — GoodWe SEC3000C User Manual (EN), p. 155

The cabinet contains an EzLogger3000C datalogger, a 15-port switch, and a GM330 smart meter. The meter takes CTs with a ratio of nA/5A, where n is the CT primary side input current and ranges from 200 to 5000. The CT cable length should not exceed 30m.

GoodWe SEC3000C Smart Energy Controller — GoodWe SEC3000C User Manual (EN), p. 155

The SEC3000C supports wall mounting, bracket mounting, and pole mounting. The installation location must be out of reach of children, protected from direct sunlight, rain, and snow, and away from strong magnetic fields. If there is a radio station or wireless communication equipment below 30MHz nearby, keep a distance of more than 30m. The altitude must be below 3000m.

GoodWe SEC3000C Smart Energy Controller — GoodWe SEC3000C User Manual (EN), p. 155

The ATS1-T63-A has a rated current of 50 A and a maximum current of 63 A. The maximum current of 63 A applies when the ambient temperature is between -25°C and +30°C. Between +30°C and +45°C, the maximum current decreases gradually from 63 A to 50 A.

SAJ ATS1-T63-A — SAJ ATS1-T63-A user manual, version 3.0 (English), p. 31

The installation requires five circuit breakers, one for each of the following connections: Inverter Backup, Hybrid inverter Grid, On-grid inverter Grid, Smart Load, and Backup Load. Select applicable circuit breakers based on the rated current of the target connections. The circuit breakers can be installed inside the ATS Box or in the external distribution box of the users.

SAJ ATS1-T63-A — SAJ ATS1-T63-A user manual, version 3.0 (English), p. 21

The device can be installed either indoors or outdoors. Do not install the device in resting areas, such as bedrooms, because the noise level may exceed 30 dB when the grid is unstable.

SAJ ATS1-T63-A — SAJ ATS1-T63-A user manual, version 3.0 (English), p. 10

The B2 battery can only be used as a set with SAJ's H2 high voltage series storage inverter.

SAJ B2-10.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 5

For the B2-10.0-HV1 the dimension (H*W*D) is 522*626*365 mm and the weight is 101 kg.

SAJ B2-10.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 10

The battery employs either ground mounting or wall mounting, and its position is determined by the drilled holes of the bracket. It is cooled by natural convection and can be installed indoor or outdoor. Mount vertically; never install the battery tilted forwards, sideways, horizontally or upside down.

SAJ B2-10.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 14

The B2 battery can only be used as a set with SAJ's H2 high voltage series storage inverter.

SAJ B2-15.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 5

For the B2-15.0-HV1 the dimension (H*W*D) is 783*626*365 mm and the weight is 151.5 kg.

SAJ B2-15.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 10

The battery employs either ground mounting or wall mounting, and its position is determined by the drilled holes of the bracket. Mount vertically; never install the battery tilted forwards, sideways, horizontally or upside down. For wall mounting, a solid wall is recommended; cavity wall and timber wall are not allowed.

SAJ B2-15.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 14

The B2 battery can only be used as a set with SAJ's H2 high voltage series storage inverter.

SAJ B2-20.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 5

Assembled from the Battery Control Unit and the Battery Unit, the B2-20.0-HV1 measures 1244*626*365 mm (H*W*D) and weighs 213 kg. The Battery Unit alone measures 1044*626*365 mm and weighs 202 kg; the Battery Control Unit alone measures 200*626*365 mm and weighs 11 kg.

SAJ B2-20.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 10

The battery employs either ground mounting or wall mounting. Mount vertically; never install the battery tilted forwards, sideways, horizontally or upside down.

SAJ B2-20.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 14

The B2-25.0-HV1 can only be used as a set with SAJ's H2 high voltage series storage inverter.

SAJ B2-25.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 5

The assembled B2-25.0-HV1 (Battery Control Unit + Battery Unit) is 1505*626*365 mm (H*W*D) and weighs 263.5 kg.

SAJ B2-25.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 10

The stack is installed either on the ground or on a wall. Mount it vertically; never install it tilted forwards, sideways, horizontally or upside down. For wall mounting, use a solid wall; cavity walls and timber walls are not allowed.

SAJ B2-25.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 13

The B2 battery can only be used as a set with SAJ's H2 high voltage series storage inverter.

SAJ B2-5.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 5

The B2-5.0-HV1 has one module. Its dimensions are 261*626*365 mm (H*W*D) and its weight is 50.5 kg.

SAJ B2-5.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 10

The battery employs either ground mounting or wall mounting, and its position is determined by the drilled holes of the bracket. Mount vertically. Never install the battery tilted forwards, sideways, horizontally or upside down.

SAJ B2-5.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 14

The battery control unit package includes: battery control unit (1), side cover (2), documents (user manual and packaging list), grounding cable (1), M4*25 screw (6), M10*80 screw (2), M6*12 screw (4), M4*10 screw (1), communication cable (1), power cable (1450mm) (1), power cable (150mm) (1), and battery cable (2) for battery control unit to inverter.

SAJ BC2-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 11

The BC2-HV1 is connected to the inverter using the BAT+ and BAT- ports for power and the communication port for communication. The connection diagram shows COMM, BAT+, BAT-, and CAN terminals between the battery system and the inverter.

SAJ BC2-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 20

The BU2-5.0-HV1 is the battery module of the B2-5.0-HV1. The B2 battery can only be used as a set with SAJ's H2 high voltage series storage inverter.

SAJ BU2-5.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 5

The datasheet does not list dimensions or weight for a module on its own. For the B2-5.0-HV1, which has 1 module, the datasheet gives 261*626*365 mm (H*W*D) and 50.5 kg; these figures are stated for the system with one module, not for the module alone.

SAJ BU2-5.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0 with BU2-5.0 and BC2-HV1: datasheet (English), p. 2

Store it in a dry and ventilated environment, away from heat sources. For storage months below 3, the storage temperature is -20 °C to 40 °C at humidity below 85% RH. For long-term storage of 3 to 6 months, the temperature is -20 °C to 25 °C at humidity below 85% RH. The battery should be installed within 6 months since it was delivered from the factory.

SAJ BU2-5.0-HV1 — SAJ B2 high-voltage battery, B2-5.0 to B2-25.0: user manual V1.2 (English), p. 24

The BU3-5.0-TV2-PRO is listed as the battery for the HS3 three-phase inverter series. The manual's inverter compatibility table covers HS3-3K-T2, HS3-4K-T2, HS3-5K-T2, HS3-6K-T2, HS3-8K-T2, HS3-10K-T2 and HS3-12K-T2 variants.

SAJ BU3-5.0-TV2-PRO — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 114

For the BU3-5.0-TV2-PRO the dimensions are 370*695*170 mm (H*W*D) and the weight is 52 kg.

SAJ BU3-5.0-TV2-PRO — SAJ HS3 battery module datasheet, English, V2.1 (BU3-5.0-TV2-PRO, BC3-TV, BE3-TV), p. 2

The CB2 battery system can only be used as a set with SAJ's CH2 high voltage series storage inverter. Otherwise, it cannot function normally. The CB2 battery systems support integration with SAJ CH2 series inverters to work as a commercial & industrial (C&I) energy storage system (ESS).

SAJ CB2-100.3-HV5 (100.3 kWh C&I battery cabinet) — SAJ CB2 57.3-100.3-HV5 user manual, English, V0.0 (covers the CB2-100.3-HV5), p. 5

The CB2 battery system can only be used as a set with SAJ's CH2 high voltage series storage inverter. The CB2 battery systems support integration with SAJ CH2 series inverters to work as a commercial & industrial (C&I) energy storage system (ESS).

SAJ CB2-57.3-HV5 (57.3 kWh C&I battery cabinet) — SAJ CB2 57.3-100.3-HV5 user manual, English, V0.0 (covers the CB2-100.3-HV5), p. 5

The CB2 battery system can only be used as a set with SAJ's CH2 high voltage series storage inverter. The CB2 battery systems support integration with SAJ CH2 series inverters to work as a commercial & industrial (C&I) energy storage system (ESS).

SAJ CB2-71.6-HV5 (71.6 kWh C&I battery cabinet) — SAJ CB2 57.3-100.3-HV5 user manual, English, V0.0 (covers the CB2-100.3-HV5), p. 5

The dimensions of the CB2 battery cabinet are 1980 mm (H) x 988 mm (W) x 1065 mm (D). The weight is 1145 kg for the 71.6 kWh model.

SAJ CB2-71.6-HV5 (71.6 kWh C&I battery cabinet) — SAJ CHS2 30-50K datasheet with the CB2 battery table, English (covers the CB2-100.3-HV5), p. 2

The CB2 battery system can only be used as a set with SAJ's CH2 high voltage series storage inverter. The CB2 battery systems support integration with SAJ CH2 series inverters to work as a commercial & industrial (C&I) energy storage system (ESS).

SAJ CB2-85.9-HV5 (85.9 kWh C&I battery cabinet) — SAJ CB2 57.3-100.3-HV5 user manual, English, V0.0 (covers the CB2-100.3-HV5), p. 5

The cabinet dimensions are 1980 mm (H) x 988 mm (W) x 1065 mm (D). The weight is 1255 kg for the 85.9 kWh model.

SAJ CB2-85.9-HV5 (85.9 kWh C&I battery cabinet) — SAJ CHS2 30-50K datasheet with the CB2 battery table, English (covers the CB2-100.3-HV5), p. 2

X indicates the battery rated voltage, rated capacity, and usable energy. The value of X includes 204.8V/280Ah/51.5kWh, 256.0V/280Ah/64.4kWh, 307.2V/280Ah/77.3kWh, and 358.4V/280Ah/90.2kWh.

SAJ CHS2-29.9K-T4-X — SAJ CHS2 29.9-50K user manual, English, V0.2 (covers the CHS2-29.9K-T4-X), p. 9

The X indicates the battery rated voltage, rated capacity, and usable energy. The value of X includes 204.8V/280Ah/51.5kWh, 256.0V/280Ah/64.4kWh, 307.2V/280Ah/77.3kWh, and 358.4V/280Ah/90.2kWh.

SAJ CHS2-30K-T4-X — SAJ CHS2 29.9-50K user manual, English, V0.2 (covers the CHS2-29.9K-T4-X), p. 9

Move and place the cabinet to the installation location with a forklift or crane. Secure the cabinet with the screw bolts or with the mounting brackets.

SAJ CHS2-30K-T4-X — SAJ CHS2 29.9-50K user manual, English, V0.2 (covers the CHS2-29.9K-T4-X), p. 18

The X indicates the battery rated voltage, rated capacity, and usable energy. The value of X includes 204.8V/280Ah/51.5kWh, 256.0V/280Ah/64.4kWh, 307.2V/280Ah/77.3kWh, and 358.4V/280Ah/90.2kWh.

SAJ CHS2-50K-T6-X — SAJ CHS2 29.9-50K user manual, English, V0.2 (covers the CHS2-29.9K-T4-X), p. 9

The limit depends on the communication path. With LAN communication in parallel deployment, the eManager can be connected to a maximum of ten inverters. With RS485, a maximum of six inverters can be connected in parallel, and one pair of ports can be connected with two inverters at maximum.

SAJ eManager (energy management system module) — SAJ eManager user manual (English), p. 25

A firmware update is only applicable when the inverter firmware version is not compatible with the EMS firmware version. The manual lists the minimum DSP and ARM versions per inverter model, for example H2-(3K-6K)-S2: DSP V1.030, ARM V6.040; H2-(5K-10K)-T2: DSP V4.066, ARM V1.070; HS2-(5K-10K)-T2: DSP V4.066, ARM V1.070; HS2-(3K-6K)-S2: DSP V1.030, ARM V6.040; R6-(5K-10K)-(S2, S3): DSP V1.041, ARM V1.069; R6-(5K-15K)-T2: DSP V2.318, ARM V1.069; R6-(15K-50K)-(T2, T3, T4): DSP V2.580, ARM V6.196; R5-(0.7K-3K)-S1: DSP V1.234, ARM V3.100; R5-(3K-8K)-S2: DSP V1.524, ARM V3.100; H2-(10K-30K)-(T2, T3): DSP V3.061, ARM V8.035; HS3-(3K-6K)-S2: DSP V1.135, ARM V1.040; HS3-(5K-12K)-T2: DSP V2.103, ARM V2.030. Check whether your inverter firmware version (DSP version and ARM version) is earlier than the listed ones.

SAJ eManager (energy management system module) — SAJ eManager user manual (English), p. 45

When the eManager works as a grid meter, either internal CT or external CT can be applied. The internal CT solution is available for current smaller than 63 A. To use external CTs, select the 50xN A/50 mA CT, wherein N is equal to or greater than 2. When the diameter of the grid AC cable is larger than 48 mm, order an additional DTSU666 (Dual RS485) grid meter from SAJ and prepare external CTs of N A/5 A, wherein the secondary current must be of 5 A.

SAJ eManager (energy management system module) — SAJ eManager user manual (English), p. 25

The eManager-C1 Pro is a smart communication box that includes EMS controllers eManager-C1, an ethernet switch (optional), and smart meters (optional).

SAJ eManager-C1 Pro — SAJ eManager-C1 Pro datasheet, English, p. 2

The eManager-C1 Pro is recommended for CHS2 2~10 parallel connection application.

SAJ eManager-C1 Pro — SAJ eManager-C1 Pro datasheet, English, p. 2

The eManager-C1 Pro is supplied with an input DC voltage of 9~36Vdc and an input AC voltage of 176~300Vac at 50/60 Hz. It is wall-mounted.

SAJ eManager-C1 Pro — SAJ eManager-C1 Pro datasheet, English, p. 2

The eSolar AIO3 connects to one inverter via the RS232 (USB joints) communication port. The datasheet lists the inverter communication port as RS232 (USB joints) and the number of connecting inverters as 1. The quick installation guide shows the module inserted into the inverter USB interface. The guide example shows a device type H1-3.6K-S2, but the datasheet does not list specific inverter models.

SAJ eSolar AIO3 data collector (Wi-Fi/Ethernet/Bluetooth) — SAJ eSolar AIO3 datasheet (English), p. 1

The module has a green LED and a blue LED. Green blinking means sending data to router, green solid means the module is connected to router, green off means the module is not connected to router. Blue slow blink means Wi-Fi is working, blue fast blink means Bluetooth is connected. Slow blink is 1s on, 1s off; fast blink is 200ms on, 200ms off. The RJ45 connector has its own LED indicators: green (Ethernet) slow blink means Ethernet is working, fast blink means firmware is upgrading, solid means the module is not connected to server, off means no power supply or program fault.

SAJ eSolar AIO3 data collector (Wi-Fi/Ethernet/Bluetooth) — SAJ eSolar AIO3 quick installation guide (English), p. 1

Turn the module hexagon nut to a horizontal position. Insert the module into the inverter USB interface and fasten the hexagon nut in clockwise direction. Connect the RJ45 connector to the router. After installation of the module, power on the inverter. Wait for 2 minutes; if the module signal light is blinking slowly, the module is working normally. For network access, turn on mobile phone Bluetooth connection. Sign in to the eSolar O&M APP, select "My", select "Remote Configuration", select "Bluetooth", "Next", search devices and select the Bluetooth device (such as BlueLink:00012). Then choose Wi-Fi or Ethernet to access the internet. If choosing Ethernet, make sure the cable is connected to the router.

SAJ eSolar AIO3 data collector (Wi-Fi/Ethernet/Bluetooth) — SAJ eSolar AIO3 quick installation guide (English), p. 1

The package includes: H2 inverter x1, hexagon Philips bolt group M5*12 screw x5, PV connectors T3*6 x2 and T2*4 x2, pluggable terminal block 2-pin x2, 3-pin x1, 6-pin x1, waterproof communication terminal cover x1, mounting bracket x1, positive battery connector x2, negative battery connector x2, AC terminal x10, M6*50 screw suite x4, eSolar AIO3 x1, waterproof AC terminal cover x1, smart meter x1, current transformer x3, meter COMM cable x1 (10m), documents, RJ45 plug x10, and correct transformer CTF16-2K5-100. The documents include the user manual, quick installation guide, warranty card and packaging list.

SAJ H2-10K-T3 (10 kW three-phase hybrid inverter) — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 36

For the H2-10K-T3, the recommended circuit breaker specification is 50A. Do not connect multiple inverters to one AC circuit breaker. The AC cable cross-sectional area range is 10 to 16 mm², with 16 mm² recommended. The additional grounding cable cross-sectional area is 8 mm².

SAJ H2-10K-T3 (10 kW three-phase hybrid inverter) — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 43

The H2-10K-T3 has a quick connector for the battery connection.

SAJ H2-10K-T3 (10 kW three-phase hybrid inverter) — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 37

The package contains: H2 inverter x1, hexagon Philips bolt group M5x12 screw x5, PV connectors T3*6 x2 and T2*4 x2, pluggable terminal blocks (2-pin x2, 3-pin x1, 6-pin x1), waterproof communication terminal cover x1, mounting bracket x1, positive battery connector x2, negative battery connector x2, AC terminal x10, M6x50 screw suite x4, eSolar AIO3 x1, waterproof AC terminal cover x1, smart meter x1, current transformer x3, meter COMM cable x1 (10 m), documents, RJ45 plug x10, and correct transformer CTF16-2K5-100. The documents include the user manual, quick installation guide, warranty card and packaging list.

SAJ H2-12K-T3 (12 kW three-phase hybrid inverter) — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 36

For the H2-12K-T3, the recommended breaker specification is 50 A. Do not connect multiple inverters to one AC circuit breaker. The AC cable cross-sectional area range is 10 to 16 mm², with 16 mm² recommended. The additional grounding cable cross-sectional area is 8 mm².

SAJ H2-12K-T3 (12 kW three-phase hybrid inverter) — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 43

The H2-12K-T3 has a quick connector for the battery connection.

SAJ H2-12K-T3 (12 kW three-phase hybrid inverter) — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 37

The packaging list includes the H2 inverter, a hexagon Philips bolt group M5*12 screw (5 pieces), PV connectors T3*6 (2 pieces) and T2*4 (2 pieces), pluggable terminal blocks (2-pin x2, 3-pin x1, 6-pin x1), a waterproof communication terminal cover, a mounting bracket, positive battery connectors (2 pieces), negative battery connectors (2 pieces), an AC terminal, an M6*50 screw suite (4 pieces), an eSolar AIO3, a waterproof AC terminal cover, a smart meter, current transformers (3 pieces), a meter COMM cable (10 m), documents, and RJ45 plugs (10 pieces). The documents include the user manual, quick installation guide, warranty card and packaging list.

SAJ H2-15K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 36

For the H2-(10K-20K)-(T2,T3) the recommended breaker specification is 50 A. Do not connect multiple inverters to one AC circuit breaker. The AC cable cross-sectional area range is 10 - 16 mm², recommended 16 mm². The additional grounding cable cross-sectional area is 8 mm².

SAJ H2-15K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 43

The H2-15K-T3 has a quick connector for the battery connection.

SAJ H2-15K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 37

The packaging list covers the H2 inverter, a mounting bracket, PV connectors (T3*6 x2, T2*4 x2), pluggable terminal blocks (2-pin x2, 3-pin x1, 6-pin x1), a waterproof communication terminal cover, a waterproof AC terminal cover, an AC terminal, an M6*50 screw set x4, positive battery connectors x2, negative battery connectors x2, an eSolar AIO3, a smart meter, current transformers x3, a meter COMM cable (10 m), RJ45 plugs x10, and documents (user manual, quick installation guide, warranty card, packaging list).

SAJ H2-20K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 36

For the H2-(10K-20K)-(T2,T3) the recommended breaker specification is 50A. Do not connect multiple inverters to one AC circuit breaker. For the AC cable cross-sectional area, the range for H2-(10K-30K)-(T2,T3) is 10 - 16 mm², recommended 16 mm². The additional grounding cable cross-sectional area is 8 mm².

SAJ H2-20K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 43

The H2-20K-T3 uses a quick connector for the battery connection. The battery type is LiFePO4, the battery voltage range is 180 - 800 V, and the max. charging/discharging current is 2*50 A.

SAJ H2-20K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 37

The packaging list covers the H2 inverter, a mounting bracket, PV connectors (T3*6 x2, T2*4 x2), pluggable terminal blocks (2-pin x2, 3-pin x1, 6-pin x1), a waterproof communication terminal cover, positive and negative battery connectors (x2 each), an AC terminal, M6*50 screw suite x4, a waterproof AC terminal cover, an eSolar AIO3, a smart meter, three current transformers, a meter COMM cable (10 m), RJ45 plugs x10, and documents (user manual, quick installation guide, warranty card, packaging list).

SAJ H2-25K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 36

For the H2-(25K-30K)-T3 the recommended breaker specification is 63 A. Do not connect multiple inverters to one AC circuit breaker. The AC cable cross-sectional area for H2-(10K-30K)-(T2,T3) is 10 - 16 mm², recommended 16 mm². The additional grounding cable cross-sectional area is 8 mm².

SAJ H2-25K-T3 — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 43

Rated AC power is 29999 W. Maximum apparent power is 29999 VA.

SAJ H2-30K-T3-DE — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 38

The unpacking list covers the H2 series, not the H2-30K-T3-DE alone. It lists: H2 inverter x1, hexagon Philips bolt group M5*12 screw x5, PV connectors T3*6 x2 and T2*4 x2, pluggable terminal block 2-pin x2, 3-pin x1 and 6-pin x1, waterproof communication terminal cover x1, mounting bracket x1, positive battery connector x2, negative battery connector x2, AC terminal x10, M6*50 screw suite x4, eSolar AIO3 x1, waterproof AC terminal cover x1, smart meter x1, current transformer x3, meter COMM cable x1 (10 m), RJ45 plug x10, and documents (user manual, quick installation guide, warranty card, packaging list).

SAJ H2-30K-T3-DE — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 36

For H2-(25K-30K)-T3 the recommended breaker specification is 63 A. Do not connect multiple inverters to one AC circuit breaker. For H2-(10K-30K)-(T2,T3) the cable cross-sectional area range is 10 - 16 mm², recommended 16 mm². Additional grounding cable cross-sectional area is 8 mm².

SAJ H2-30K-T3-DE — SAJ H2 10-30K user manual, German and English (covers the H2-10K-T3), p. 43

The HS2-10K-T2-X uses BU2-5.0-HV1/5 battery modules (1P32S, 102.4 V, 50 Ah). Up to 5 modules are supported, giving a nominal capacity of 50 Ah and a nominal power of 25.0 kWh.

SAJ HS2-10K-T2-X — SAJ HS2/AS2 user manual V0.3, HS2-5K to HS2-10K-T2 (DE), p. 13

The backup output of the HS2-10K-T2-X delivers a maximum output power of 10000 VA and a maximum output current of 15.9 A. The peak output apparent power is 16500 VA for 60 s.

SAJ HS2-10K-T2-X — SAJ HS2 three-phase all-in-one datasheet, HS2-5K to HS2-10K-T2-X (EN), p. 2

Install a 63 A air circuit breaker or higher between the grid and the inverter. Do not connect multiple inverters to one AC circuit breaker in parallel operation.

SAJ HS2-10K-T2-X — SAJ HS2/AS2 user manual V0.3, HS2-5K to HS2-10K-T2 (DE), p. 25

The HS2-5K-T2-X uses BU2-5.0-HV1/5 battery modules (1P32S, 102.4 V, 50 Ah). The number of modules ranges from 2 to 5.

SAJ HS2-5K-T2-X (5 kW three-phase hybrid inverter) — SAJ HS2/AS2 user manual V0.3, HS2-5K to HS2-10K-T2 (DE), p. 13

The backup output of the HS2-5K-T2-X delivers a maximum output power of 5000 VA and a maximum output current of 8.0 A. The peak output apparent power is 10000 VA for 60 s.

SAJ HS2-5K-T2-X (5 kW three-phase hybrid inverter) — SAJ HS2/AS2 user manual V0.3, HS2-5K to HS2-10K-T2 (DE), p. 12

For safety and compliance, install a 63 A air circuit breaker or higher between the grid and the inverter. Do not connect multiple inverters to one AC circuit breaker in parallel operation.

SAJ HS2-5K-T2-X (5 kW three-phase hybrid inverter) — SAJ HS2/AS2 user manual V0.3, HS2-5K to HS2-10K-T2 (DE), p. 25

The backup output delivers a maximum output power of 6000 VA and a maximum output current of 9.6 A. Peak output apparent power is 12000 VA for 60 s. The rated AC voltage is 3L+N+PE, 220/380, 230/400, 240/415 V with a range of 180–280/312–485 V.

SAJ HS2-6K-T2-X — saj_hs2_5_10k_t2_x_datasheet_en, p. 2

Install a 63 A air circuit breaker or higher between the grid and the inverter. Do not connect multiple inverters to one AC circuit breaker in parallel operation. The AC connection on the inverter is a plug-in connector.

SAJ HS2-6K-T2-X — SAJ HS2/AS2 user manual V0.3, HS2-5K to HS2-10K-T2 (DE), p. 25

The backup output of the HS2-8K-T2-X delivers a maximum output power of 8000 VA and a maximum output current of 12.8 A. Peak output apparent power is 16000 VA for 60 s.

SAJ HS2-8K-T2-X — saj_hs2_5_10k_t2_x_datasheet_en, p. 2

The AC side is rated for 3L+N+PE, 220/380, 230/400, 240/415 V with a range of 180～280/312～485 V. The maximum AC over current protection is 33.3 A.

SAJ HS2-8K-T2-X — saj_hs2_5_10k_t2_x_datasheet_en, p. 2

One inverter supports up to eight batteries. For ground-mounting, a maximum of four batteries can be installed in one stack. For wall-mounting, a maximum of three batteries can be installed in one stack.

SAJ HS3-10K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 39

The shipment contains an inverter, a 24-pin communication cable connector, insulated terminals x22, PV connector x4, 1 backup load connector (blue) kit, 1 grid connector (black) kit, a communication cable kit, 2 meter kits, and 3 printed documents. Contents are order-dependent; not all packages listed may be in your shipment.

SAJ HS3-10K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 36

One inverter supports up to eight batteries. For ground-mounting, a maximum of four batteries can be installed in one stack. For wall-mounting, a maximum of three batteries can be installed in one stack.

SAJ HS3-12K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 39

The shipment contains: Inverter, 24-pin communication cable connector, Insulated terminals x22, PV connector x4, 1 Backup load connector (blue) kit, 1 Grid connector (black) kit, Communication cable kit, 2 Meter kit, 3 Printed documents. Contents are order-dependent; not all packages listed may be in your shipment.

SAJ HS3-12K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 36

One inverter supports up to eight batteries. For ground-mounting, a maximum of four batteries can be installed in one stack. For wall-mounting, a maximum of three batteries can be installed in one stack.

SAJ HS3-5K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 39

The shipment contains: inverter, 24-pin communication cable connector, insulated terminals x22, PV connector x4, 1 backup load connector (blue) kit, 1 grid connector (black) kit, communication cable kit, 2 meter kit, 3 printed documents. Contents are order-dependent; not all packages listed may be in your shipment.

SAJ HS3-5K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 36

One inverter supports up to eight batteries. For ground-mounting, a maximum of four batteries can be installed in one stack. For wall-mounting, a maximum of three batteries can be installed in one stack.

SAJ HS3-6K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 39

The shipment contains: inverter, 24-pin communication cable connector, insulated terminals x22, PV connector x4, 1 backup load connector (blue) kit, 1 grid connector (black) kit, communication cable kit, 2 meter kit, 3 printed documents. Contents are order-dependent; not all packages listed may be in your shipment. In some configurations, the grid and backup load connector kits might be different. Meter kit A or B is included depending on shipments.

SAJ HS3-6K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 36

One inverter supports up to eight batteries. For ground-mounting, a maximum of four batteries can be installed in one stack. For wall-mounting, a maximum of three batteries can be installed in one stack.

SAJ HS3-8K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 39

The shipment contains the inverter, a 24-pin communication cable connector, insulated terminals x22, PV connector x4, 1 backup load connector (blue) kit, 1 grid connector (black) kit, a communication cable kit, 2 meter kits and 3 printed documents. Contents are order-dependent, so not all packages listed may be in your shipment.

SAJ HS3-8K-T2-W/G-PX — SAJ HS3 three-phase user manual, English, V4 (covers the BU3-5.0-TV2-PRO), p. 36