...
Private
Business

Thrift Store

A brand-new, climate-neutral thrift store and sorting facility in Vilvoorde, with 1,400 m² of retail space and workshops for more than 160 employees.

Project Description

At Vites in Vilvoorde, EnergyKing has completed a large-scale energy project focused on maximum efficiency, peak shaving, and smart energy trading. To optimize the site’s energy management, we implemented an impressive combination of new solar panels, the reuse of existing assets, and advanced battery storage.

The site is equipped with a new PV system consisting of 1,066 panels (460 Wp). In addition, 304 older panels (240 Wp) were carefully relocated. Because these existing panels still have valuable green energy certificates associated with them, this repositioning ensures the preservation of a significant financial benefit. To optimally manage all this solar energy, two Sungrow PowerStacks have been installed, providing a total capacity of 220 kW and a storage capacity of 458 kWh.

The batteries charge using low-cost solar energy so that the electricity can be used for self-consumption during times of peak energy demand. This form of peak shaving helps avoid high grid costs. In addition, the system is linked to the energy markets: the battery automatically responds to current market prices by charging when rates are low and using or trading the electricity during the more expensive evening hours. As the icing on the cake, Vites can now also easily share surplus solar energy with its other business sites.

Sungrow Powerstack
220 kW / 458 kWh
CS6RL 460 Wp
1,066 panels
KingConnect Pro
Smart Control
Two white Sungrow electrical cabinets on a concrete pad in a parking lot, with blue accessible parking signs and trees in the background.
Aerial view of a large industrial building with hundreds of solar panels on its flat roof, surrounded by parking lots and trucks.
Aerial view of a large flat roof covered with solar panels, with white vents in the background.
Aerial view of a large industrial campus with flat-roofed warehouses covered in solar panels, loading docks, and scattered trucks and containers.
Aerial view of a rooftop solar farm with rows of dark photovoltaic panels and white ventilation structures across a flat roof surface.