Netherlands PowerRack HV4 160kW photovoltaic storage system logistics factory project

Because of the high power of the user's production pipeline, significant load fluctuations and production schedule constraints lead to low PV utilization and a shortage of grid quotas.

Overall project scale: roof distributed PV: 200kWp, energy storage system construction capacity: 160kW/500kWh, load peak power: 200kW

Photovoltaic + energy storage, DC coupling, to solve the difficulties of the existing photovoltaic project distribution storage.

Adopting energy management system EMS to coordinate control and energy optimization management of photovoltaic-storage equipment, EMS monitors power grid power, PV power, energy storage power, realizing automated operation, escorting users' daily use, and increasing users' income.

For the user's planned PV project, Dyness adopts the method of optical storage direct flexibility, using Dyness-HV4 high-voltage series batteries, inverter + battery overall integration, container program.

Dynamic capacity increase to supplement power during peak hours to support normal load operation;

Enhance the local consumption rate of PV, helping to reduce carbon and increase PV power generation revenue.