Grid Regulation Compatible

Grid Regulation Compatible

Grid Regulation Compatible

There are various grid connection regulations in different countries. We have corresponding control measures tailored to the policies of each country.

There are various grid connection regulations in different countries. We have corresponding control measures tailored to the policies of each country.

There are various grid connection regulations in different countries. We have corresponding control measures tailored to the policies of each country.

Japan

To address the uncertainty associated with renewable energy generation, Japanese grid operators require solar power facilities to be capable of remote output control. Each facility is mandated to accept adjustments to power output remotely.

To address the uncertainty associated with renewable energy generation, Japanese grid operators require solar power facilities to be capable of remote output control. Each facility is mandated to accept adjustments to power output remotely.

To address the uncertainty associated with renewable energy generation, Japanese grid operators require solar power facilities to be capable of remote output control. Each facility is mandated to accept adjustments to power output remotely.

Taiwan

To enhance grid stability, Taiwan Power Company has introduced voltage stability regulations specifically targeting solar plants, focusing on reactive power compensation and power factor adjustment.

To enhance grid stability, Taiwan Power Company has introduced voltage stability regulations specifically targeting solar plants, focusing on reactive power compensation and power factor adjustment.

To enhance grid stability, Taiwan Power Company has introduced voltage stability regulations specifically targeting solar plants, focusing on reactive power compensation and power factor adjustment.

Malaysia

The majority of PV plant in Malaysia operate under Net Metering, but certain facilities, under specific regulations, are required to Zero Feed-in. This involves controlling the inverter output to prevent any excess generated electricity from flowing back into the grid.

The majority of PV plant in Malaysia operate under Net Metering, but certain facilities, under specific regulations, are required to Zero Feed-in. This involves controlling the inverter output to prevent any excess generated electricity from flowing back into the grid.

The majority of PV plant in Malaysia operate under Net Metering, but certain facilities, under specific regulations, are required to Zero Feed-in. This involves controlling the inverter output to prevent any excess generated electricity from flowing back into the grid.

Thailand

MEA and PEA in Thailand have stringent regulations regarding the integration of renewable energy into the grid. These regulations include the prohibition of power backflow to the grid.

MEA and PEA in Thailand have stringent regulations regarding the integration of renewable energy into the grid. These regulations include the prohibition of power backflow to the grid.

MEA and PEA in Thailand have stringent regulations regarding the integration of renewable energy into the grid. These regulations include the prohibition of power backflow to the grid.

Zero Feed-in to The Grid For Self-Consumption

In many countries, when regulating PV plants, the electricity grid aims to ensure stability by preventing the impact of renewable energy's intermittency. As a result, feeding excess power back into the grid is not allowed. In cases where electricity generation exceeds consumption, it is the responsibility of the project owner to self-consume the surplus. PHOTON solve these regulations by offering the Zero Feed-in function, automatically controlling inverter output to match electricity consumption. This ensures compliance with grid regulations, minimizes unnecessary power loss, and maximizes the efficiency.

Power Adjustment For Grid Regulation

In some countries, there are requirements for power output control for already COD PV plants. For renewable energy sources, the output quantity needs to be controlled through software. PHOTON, serving as a third-party monitoring and controlling software, is capable of batch accepting system controls regardless of the inverter brand or model being used. It records each historical control data, facilitating operators in analyzing the correlation between power generation efficiency and control. Furthermore, it allows for advanced analysis.

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