Plan energy around charging demand
Assess solar generation and battery storage against your charging load, electricity costs and resilience needs before selecting a system.
The starting point
A battery used to manage short demand peaks has a different job from one supporting selected loads during an outage. Define the required power, duration and operating mode, then assess how solar and charging demand overlap throughout the day.
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
Use site demand data, charging schedules and solar generation estimates to compare system options. Account for usable battery capacity, efficiency and expected operating cycles.
Check electrical protection, controls, equipment location and maintenance needs. Backup capability and potential savings must be assessed for the proposed design and applicable tariffs.
Load-profile review
Solar assessment
Storage sizing
Control and safety design
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 always. Charging that coincides with solar production may use generation directly through a suitable site design. Storage should be considered only where its operating purpose and costs make sense.
It may help manage some demand peaks, but it cannot be assumed to replace the required electricity capacity. Feasibility depends on charging demand, recharge time, storage capacity and the electrical design.
No. The result depends on tariffs, utilization, losses, equipment cost and maintenance or replacement needs. Compare the full lifecycle costs of the proposed options.
