Belgium’s measures against PV power surplus – my-PV solutions are ready for the future

A current example can be seen in Belgium, where the rapid and ongoing expansion of photovoltaic (PV) systems is placing new demands on the power grid. Especially during the summer months, PV systems generate more electricity than the grid can absorb.

To address this, the Belgian Federation of Electricity and Gas Companies (FEBEG) has introduced measures aimed at securing grid stability. The key points include:

• Flexibility

A central element of the measures is flexible energy consumption. By using storage systems or controllable loads, electricity can be utilized precisely when it is abundantly available. Dynamic electricity tariffs further incentivize shifting consumption to times of high energy availability and lower prices.

• Accelerated rollout of digital electricity meters

In Brussels and Wallonia, the rollout of digital meters is being prioritized. These meters allow real-time tracking of consumption and production data, forming the basis for flexible energy management.

• Reduced feed-in tariffs

To relieve pressure on the grid and encourage self-consumption, feed-in tariffs for surplus PV electricity will be reduced. The Netherlands go even further – PV system owners are charged for feeding excess electricity into the grid.

my-PV offers practical solutions for implementation

With my-PV solutions, PV system owners in Belgium can meet these new requirements. Not only does this benefit the electricity grid, but it also offers clear advantages for PV system owners – a true win-win situation.

my-PV devices convert surplus PV energy into heat for hot water or space heating. Unlike conventional heating rods, my-PV devices adjust power output continuously and compensate the grid feed-in point in real time – ensuring that every available watt is used efficiently. This maximizes self-consumption while avoiding feed-in during grid-critical periods.

Compatible with digital electricity meters

For customers in the Benelux region, my-PV provides the right technology for integration with national digital electricity meters. The AC ELWA 2, AC•THOR, and AC•THOR 9s are compatible with the in region widely used P1 digital meters or the Slimme Meters.

Via the P1 port, in combination with the RTU Gateway and the P1 Interface from my-PV, surplus energy is automatically detected – eliminating the need for a separate surplus detector. This results in significant cost savings.

Thanks to plug & play, installation is simple and straightforward. The only requirement is to activate the P1 port with the local grid operator.

How much does PV heat cost?

With material costs of under €1,000, self-consumption can already be increased significantly – relieving both your heating system and the public grid. my-PV provides the right solutions to optimize and sustainably improve self-consumption.

Key benefits at a glance:

• Grid relief: By combining battery storage and hot water as thermal storage, pressure on the grid is reduced.

• Increased self-consumption: A larger share of generated energy is used directly, lowering operating costs significantly.

• Sustainability: Renewable energy use is optimized, making a concrete contribution to the energy and heating transition.

With my-PV devices, you can maximize self-consumption and minimize grid feed-in charges – making surplus solar power usage sustainable, cost-efficient, and grid-friendly.