Solar and battery energy storage
Explore how solar, battery storage and load management could fit your charging site. Start with your demand profile, available supply and the outcome you need.
The starting point
Solar generation, battery storage and controlled charging can serve different purposes: using more on-site generation, managing peaks or supporting selected loads during an outage. The right combination depends on measured demand, tariffs and the electrical design.
Designed for
The right charging approach depends on who uses the site, how long they stay, the available electrical capacity and who will operate the system.
How it works
Compare charging demand across the day with solar production and the site’s existing loads. Storage sizing should follow the required power and duration, rather than a headline battery capacity.
Review inverter compatibility, protection, battery location and control logic with the project’s electrical team. Backup operation requires a design that supports it; a battery does not automatically provide it.
Solar integration
BESS readiness
Load balancing
Peak management
Next step
A few details are enough to begin. We can work through the technical questions together.
Let’s talk
Tell the team your city, the kind of site you have in mind and what you want charging to make possible.
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Clear answers
Not necessarily. Generation depends on system size, weather and time of day, while charging demand may occur at other times. Grid supply, storage or a combination may still be needed.
Only if the complete system is designed and approved for that mode. Inverters, protection, controls and the selected backup loads must support safe operation when the grid is unavailable.
No. Costs and potential savings depend on tariffs, demand charges where applicable, usage patterns, solar output, battery losses and replacement or maintenance costs. These should be assessed for the specific site.
