“On a 2.5 MWh project, having a dedicated technical team coordinating the container specification and delivery schedule made the process very manageable. Straightforward execution from planning to handover.”
Energy storage that fits your project.
A home storing rooftop solar does not need the same system as a factory managing peak demand or a grid project measured in megawatt-hours. Linker brings together residential, commercial and utility-scale storage products so each project can start with the right kind of system.
Build storage around the way the home lives.

Residential storage brings solar generation, household demand and battery capacity into one system. Whether the goal is higher self-consumption, backup power, adding storage to existing PV or preparing for an EV and heat pump, the right starting point is the way the property actually uses energy.
- Hybrid Storage: Three-phase hybrid inverters and high-voltage batteries for the way the home uses energy.
- Modular Capacity: Battery systems selected around different household requirements.
- Backup Options: Selected systems support essential-load or broader home-backup configurations.
When electricity becomes an operating decision.

For commercial sites, storage can do more than hold surplus solar. It can help manage peak demand, support EV charging, increase on-site use of renewable generation or provide power for selected critical loads. The right system begins with what the facility is trying to change.
- Peak Demand: Use storage around periods of higher facility demand.
- Solar Integration: Keep more commercial PV generation available for later use.
- Outdoor Storage: Cabinet-based systems give commercial sites another way to fit storage into the project.
When storage becomes infrastructure.

At utility scale, the conversation moves beyond a single inverter or battery cabinet. Energy duration, MW and MWh requirements, cycling profile and the grid application shape the storage system. Linker brings together containerized battery storage systems for larger energy and infrastructure projects.
- Megawatt-Hour Capacity: Containerized battery storage systems for larger energy blocks.
- Multiple Architectures: High-density liquid-cooled and string-based storage systems.
- Grid Applications: Battery storage for renewable integration, energy shifting, grid support and microgrids.
Same idea. Very different systems.
Residential, commercial and utility storage all move energy through time, but the hardware, application and project requirements change quickly as scale increases.
| CRITERIA |
Home storage
|
Commercial storage
|
Utility-scale storage
|
|---|---|---|---|
| Typical scale | Home battery systems, typically 5–20 kWh | Commercial storage, tens to hundreds of kWh | Container storage, hundreds of kWh to multi-MWh |
| Typical environment | Homes | Commercial and industrial sites | Large outdoor sites and solar parks |
| Primary goal | Self-consumption and backup | Peak-shaving and self-consumption | Energy shifting and renewable integration |
| System architecture | Hybrid inverter and modular battery | Outdoor cabinet or modular commercial storage | Outdoor container storage |
| Grid connection | Low-voltage (400 V) | Low-voltage or medium-voltage | Medium-voltage or high-voltage substation |
| Linker supply | Storage packages, sizing tools, and Partner pricing | Commercial systems, project quotes, and planning tools | Container BESS systems and dedicated engineering support |
What trade partners say about working with Linker.
Questions about the storage your project needs?
You do not always need to know whether a project is “residential,” “C&I” or “utility” before speaking to Linker. These questions help identify the right place to begin.
When does a business need an outdoor storage cabinet instead of normal home batteries?
If we use an inverter and a battery from different brands, how do we know they will communicate?
Combinations are sold as listed packages, and the compatibility lists show which inverter and battery pairs the documents cover. If any communication error or software glitch happens during installation, our technical team in Germany helps track down the issue and handles the manufacturer directly so you are not stuck in the middle.
Do the systems come with the paperwork required for local grid connection?
This covers the unit certificates and grid protection parameters for low-voltage or medium-voltage connections; the technical datasheets come from the documents on file. One desk handles the request, so you do not chase factories for missing papers.
How does purchasing work for large, container-sized storage projects?
For these projects, you work directly with Linker. You provide the site power needs, transformer setup, and schedule, and Linker issues a formal project quote for the selected battery storage system with clear production and delivery milestones.
Do we have to wait for a sales rep to size a project, or can we design systems ourselves online?

Every storage project starts somewhere.
Keep more solar power at home, cut demand peaks at work or store energy for the grid. Find the right system for your project with Linker.