Solar + storage projects
Pair larger solar generation with storage to shift energy to when it is needed.
Integrated ESS.
Engineered for the site.
A cabinet-format concept for integrated, site-specific energy projects — engineered around the site, not the catalogue.
01Overview
One cabinet.
A complete system.
Larger and remote projects need storage that arrives as a coherent system: batteries, management, protection and thermal design brought together in one integrated cabinet.
Every integrated project starts from the site — its electrical architecture, environment and objectives — so the system can be engineered to fit rather than adapted afterwards.
02Design principles
Built as a system.
Delivered as one.
Integrated by design
Batteries, management, protection and thermal design are considered together in one enclosure.
Environment-aware
The intended operating environment informs enclosure and thermal decisions from the start.
Project engineering
Site data and objectives drive the configuration through a structured engineering process.
Remote visibility
Projects are planned with monitoring in mind, so the system can be understood from afar.
03Where it fits
Projects that
need more than a product.
Off-grid & remote sites
Support sites where grid access is limited or unavailable, as defined in the project design.
Industrial & infrastructure
Integrate storage into the energy architecture of facilities with specific requirements.
04How it connects
Engineered into
the project’s architecture.
The integrated cabinet connects through power conversion to the project’s generation, loads and — where present — the grid. Its role is defined in project engineering, from energy shifting to supporting remote operation.
05Prepare your brief
What to have
ready to share.
Project-scale systems start with good site data.
- Project location and site conditions
- Project objectives and the role of storage
- Existing or planned generation and grid connection
- Load data or expected consumption profile
- Project timeline and key stakeholders
06Questions
Good to know
before you start.
How does an integrated project start?
With a structured brief describing the site, objectives and existing or planned equipment. The requirements are reviewed before any system is specified.
Can the system support off-grid operation?
Off-grid capability depends on the complete project design, including generation, power conversion and backup arrangements. It is defined during project engineering.
What about the operating environment?
The intended environment informs enclosure, thermal and installation decisions. Suitability is confirmed against the final product documentation for each project.
07Explore other systems
Other formats.
Same engineering.
Let’s take the next step
Let’s engineer
your next project.
Share your site, objectives and timeline — and start the project conversation with a structured brief.