Commercial Energy Storage

Author:BSLBATT    Publish Time: 2021-01-03

energy storage system cost

Project detail

User: Shenzhen Aerospace Building

PCS power: 100kW

System capacity: 100kW/200kWh

Access voltage: 380V

System size: 40ft high cabinet

Shenzhen Aerospace Building is located in Futian District, Shenzhen, with a total building area of 54,552 square meters. In order to achieve precise control of building energy efficiency and reduction of electricity bills, BSLBATT designed a 100kW/200 kWh small-scale station energy storage system for the building.

This system provides a more flexible power supply for the Aerospace Building, based on the application of peak and valley reduction by the energy storage system, to achieve the purpose of reducing peak load pressure on the transformer and gaining peak and valley tariff revenue.

In many operations of the Aerospace Research Institute, peak load is an inevitable reality for them, and power consumption will increase sharply at certain times. These peaks will push up electricity bills, because electricity suppliers need to always maintain available output just in case, even if it is only temporarily needed, so using smart bess systems can help them automatically regulate electricity usage, and switch to it when the grid is under pressure. The electricity in the intelligent power management system saves most of the electricity bills of the institute!

For commercial buildings with high energy requirements such as schools, factories, and gas stations, BSLBATT's 100kw battery storage can enable enterprises to maximize energy regulation and reduce peak power demand; for enterprises without solar photovoltaic systems, storage batteries can use companies to store energy from the grid at off-peak prices and use it during peak hours.

BSLBATT's ESS 100 kWh provides a one-stop solution for commercial and industrial facilities to reduce your electricity bills, protect your business from rising energy costs; obtain stable income from renewable energy production and subsidies; and ultimately reduce carbon footprint.

"Compared with traditional expansion methods, deploying station storage in smart buildings is more time-saving and convenient. It can also meet a variety of application requirements such as voltage crossing control and three-phase unbalance management. " --Jiao Jinzhou, Manager of R&D Department. 

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