Put your business's energy to better use.
From peak-demand management to solar self-consumption and commercial backup, Linker brings together C&I battery systems, hybrid inverters, controls and technical product support for larger energy projects.
A storage system should serve the way your site operates. We help you choose the equipment that fits.
The battery matters. What you ask it to do matters more.
A commercial storage system should begin with the site objective. Reducing peak demand, using more rooftop solar, supporting EV charging and keeping critical loads available each place different demands on the hardware.
Take the edge off the peaks that shape the bill.
The storage system discharges during peak windows to keep the facility under its contracted grid limit.
- Sizing Basis
- Site Load Profile
- Typical Goal
- Peak-shaving
Keep more daytime solar for the hours that need it.
The battery stores surplus PV generation and releases it during evening and night-shift operation.
- Input
- Commercial Rooftop PV
- Typical Goal
- Self-consumption
More chargers do not always have to mean more grid capacity.
The buffer absorbs charging peaks so additional EV stations can operate within the existing grid capacity.
- Application
- Fleet & Commercial Charging
- Typical Goal
- EV charging buffer
Some loads cannot simply wait for the grid to come back.
Cold rooms, servers, and essential production circuits remain online when the grid drops.
- Application
- Critical Load Support
- Typical Goal
- Backup
Commercial storage built around your site.
Commercial storage can range from modular inverter-and-battery combinations to integrated outdoor cabinets. Compare the architecture, capacity and control options around what the site needs. Approved partners can view net prices when signed in.
GOODWE SYSTEMHybrid inverter and battery cabinet.
Hybrid inverter and battery cabinet.
ETR 125 kW hybrid inverter with a liquid-cooled BAT-C LCD cabinet of 261.2 kWh, or the 80–100 kW ET-100 with an air-conditioned BAT-C cabinet of 61.4 or 112.6 kWh or the liquid-cooled 208.9 kWh LC cabinet. Backup runs through an STS: the GW125K-STS-G10 with the ET-100; with the ETR, an STS box or STS cabinet.
- 80–125 kW three-phase hybrid inverters
- 61.4–261.2 kWh LFP, liquid- or air-cooled
- STS for backup
SAJ SYSTEMAll-in-one C&I storage.
All-in-one C&I storage.
CHS2 hybrid system with 29.9, 30 or 50 kW and 57.3 to 100.3 kWh of LFP storage in one cabinet. The built-in STS switches to backup in 20 ms.
- 29.9, 30 or 50 kW CHS2
- 57.3–100.3 kWh LFP
- Built-in STS, 20 ms
PYLONTECH SYSTEMAll-in-one storage cabinet.
All-in-one storage cabinet.
L260-OMNI combines a 125 kW PCS with 260 kWh nominal LFP storage and liquid cooling. Expansion and backup are project configuration items.
- 125 kW integrated PCS
- 260 kWh nominal LFP storage
- Liquid cooling
Storage choices start with your site's demand.
Commercial storage decisions become clearer when the load profile and equipment options are considered together. The Solution Configurator helps turn site demand into a system shortlist before Linker prepares the quote.
Turn the load curve into a better starting point.
The Solution Configurator calculates kW and kWh from the site's demand data and operating hours. The equipment list follows from the load.
Storage for the way your site operates.
Peak-shaving and EV buffering require different power-to-energy ratios. Linker supplies the equipment for the operating mode you choose.
The larger the system, the more details need to agree.
For sites with parallel cabinets or tight grid restrictions, Genie finds the datasheets and manuals your layout needs; grid certificates are requested per project.
The information you need to take the project forward.
Linker keeps the sizing data with the project and requests the grid certificates for the selected system.
Sizing data
Load profiles and capacity calculations documented and saved with the project.
Grid certificates
VDE unit certificates requested for DSO registration, with the datasheets on file.
Project file
Project settings and sizing results stored in the Partner Account for commissioning, warranty, or expansion.
Working on a Commercial Storage Project?
We help you choose a storage system around your site's load profile, grid connection and operating needs.
Start in the Solution Configurator →Your commercial storage project with Linker.
01 · Load data
The Solution Configurator uses site demand data to calculate an initial storage capacity.
02 · Configuration
You choose the equipment, operating mode, and accessories; Linker quotes them for the project.
03 · Quotation
Our team confirms equipment pricing and the delivery schedule with you as part of the project quote.
04 · Dispatch
Shipped from Germany to the site. Delivery date confirmed with the quotation.
05 · After-sales
Commissioning support and warranty cases are handled by Linker.
The questions that get more important as the system gets bigger.
Commercial storage involves more than battery capacity. Site demand, communication, grid requirements, controls and operating goals all affect the final equipment choice.
If the cabinet and inverter come from different brands, who handles a fault?
How is a system sized for peak-shaving?
Can storage help add EV chargers without a full grid upgrade?
Which documents are provided for grid connection?
Does every project need medium-voltage documents?
How do trade partners get net pricing?
Let's plan the storage your business needs.
Cut demand peaks, put more solar to work and support the loads that matter. Build the storage around your site, with Linker.
Design in the Solution ConfiguratorTalk to Our Engineers