Netherlands DH200F 300kW Integrated Photovoltaic Storage and Charging System Total Energy Project (Hydrogen Station)

Users are ready to put on high power charging pile equipment and the grid quota is insufficient;

Limited PV installations and abandonment problems;

Intelligent linkage between energy storage and charging pile;

Overall project scale: roof distributed PV: 350kWp, energy storage system construction capacity is: 300kW/645kWh, peak load power: 350kWPhotovoltaic + energy storage + charging pile, AC coupling, to solve the difficult point of uncoordinated work between photovoltaic, storage and charging equipment.

Adopting energy management system EMS for coordinated control and energy optimization management of photovoltaic-storage equipment, EMS monitors the power grid power, photovoltaic power, and energy storage power to realize automated operation, escorting the daily use of the users and increasing the user's income.

For customers with existing PV projects, Dyness adopts an AC coupling approach, using Dyness' newly developed EMS to monitor external power supply, charging piles, photovoltaic, energy storage, realizing intelligent loads, automated power plant system management, together with the remote web & APP platforms, users can monitor the status of the power plant in real time, which is safe and hassle-free, convenient and quick while bringing in revenues.

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.