ZANDHOVEN
For our project in Zandhoven, the primary objective is to achieve full PV self-sufficiency to optimize energy usage during the period from March to September. With a 115 kWp solar installation and a 215 kWh modular ZBox200 battery energy storage system (BESS), all excess energy production is stored in the battery f for use during periods when solar generation is insufficient. In addition, the three EV chargers on site are dynamically load balanced by the EMS to ensure efficient energy distribution.
BEVEREN
For this project, three BESS systems are deployed with a combined power of 1.2 MW and a total capacity of 2.58 MWh. The systems are used partly for energy trading via an aggregator, and partly to maximize PV self-consumption from the 436 kWp installation while performing dynamic load balancing for 36 EV charging points (11 kW each). The main goal of the EMS is to manage the site’s consumption in the most financially optimized way, while ensuring the operational integrity of the site.
ANDERLECHT
For this project, three large BESS systems are installed with a combined power of 1.5 MW and a total capacity of 3.87 MWh. Currently, these systems are used exclusively for energy trading via an aggregator, aiming to maximize financial returns and minimize the investment payback period.
In the long term, the site is planned to be expanded with a 600 kWp PV installation and more than 60 AC and DC charging points. The objective is to maximize self-consumption of locally generated solar energy for the charging infrastructure, while the EMS is configured to reduce the capacity tariff.
