Start with the site and its electricity needs. Connect solar generation, storage and intelligent control into a practical energy solution.
Explore three operating states. The diagram explains energy paths; the actual configuration follows site conditions.
Solar supplies the business. Available surplus can charge the battery, subject to system design.
Assess the available roof or installation area, solar resource and electricity demand together. Self-consumption connects generation with the needs of the business.
Combine time-of-use prices with load patterns to consider charging and discharging schedules. Storage capacity, operating strategy and site requirements are assessed together.
The microgrid coordinates sources, storage and loads. Charging facilities can be incorporated according to site needs, with intelligent control supporting the overall operating strategy.
The Jiading International Automobile City project presents a solar-storage-charging-inspection application. Explore its published project story for the described functions.
View the Jiading projectEach function responds to a different need. Project outcomes depend on the actual configuration and operating conditions.
Consider solar generation alongside business demand to assess how electricity can be used on site.
Evaluate storage dispatch around tariff periods and load peaks, using site-specific operating data.
Assess backup requirements and system design together. Virtual capacity support reduces peak grid demand rather than changing the transformer’s physical rating.
A few practical inputs make the initial assessment more relevant to your project.
Available roof or installation area, building use and site location.
Electricity bills, time-of-use prices and load patterns, where available.
Generation, peak-load management, backup needs or charging demand.
Investment approach, expected cooperation period and operating responsibilities.
Use the calculator to explore inputs and results, then discuss the next steps with us.
