The customer had purchased equipment that did not match the local voltage, so not only could they not use the electricity from the grid at the time, they could not sell it either, so they had to choose a separate islanded system that matched the load voltage to provide power. The daily electricity consumption was approximately 1.3MWh and it was hoped that enough electricity could be saved to last for half a day’s work.

After obtaining the client’s requirements, we decided, after professional analysis and calculations, to provide the client with a system that generates 1.6MWh of electricity per day, which is sufficient to cover 1.3MWh of daily electricity consumption, with the remaining 0.3MWh being stored in the battery. The remaining 0.3MWh will be stored in the battery. The amount of electricity stored in the battery each day is not very large, so as to avoid excess electricity being generated and wasted. The battery storage capacity is 1MWh and the battery will be fully charged after 3-4 days. This ensures that power is available in rainy weather.

* The circuit connection diagrams and roof layouts for this project are protected and will not be shown here. If you need your own technical support for your factory or warehouse etc., please contact us for a free solution for your reference.