A lucid cooperation


Next Kraftwerke has entered into a new cooperation with AgroEnergy and Tenergy. AgroEnergy is one of the biggest energy suppliers for CHPs in greenhouses in the Netherlands. Tenergy supports AgroEnergy in marketing the power generated by the CHPs. Next Kraftwerke has now linked more than 20 of these greenhouses with several CHPs and several tens of MW of lighting to its Virtual Power Plant Next Pool to provide Noodvermogen to Tennet. 

Noodvermogen is a control power product in the Dutch energy system similar to tertiary reserve power elsewhere. To provide Noodvermogen, Next Kraftwerke steers the CHPs but also the lamps installed in the greenhouses. Depending on the need for lighting in the greenhouses, the lamps and the CHP’s are either running or not running. When they are running, the lamps can be switched off to provide upward power, and the CHP’s can be switched off to provide downward power. When they are not running, they are both available to be switched on to make sure a stable and secure volume of Noodvermogen can be provided when there is a necessity in the grid.
                      
Benjamin Blank, system engineer at Next Kraftwerke: “Our client AgroEnergy communicates to us in real time which lights are available for providing Noodvermogen. Via a link to the control system of Tenergy, the Next Kraftwerke Control System automatically detects the flexibility out of the lights and reacts in case of a Noodvermogen activation to stabilize the grid. Due to the fully automated system, there is no human intervention required”.

Noodvermogen is one of three types of control reserve and is activated rather rarely. As it is not often called and if it is called only for a few quarters of an hour, the growth of the produce is not harmed. Benjamin Blank: “Additionally, the CHP units provide control reserve by increasing or decreasing energy generation when needed. This case beautifully shows how energy production and consumption on just one site can contribute to more stability in the energy system.”


Author:

Next Kraftwerke operates one of the biggest Virtual Power Plants in Europe. By utilizing the full potential of digitalization, the company networks more than 5,000 energy-producing and energy-consuming units in the Virtual Power Plant “Next Pool” with a total capacity of over 4,100 MW. Through its technology and trading, clients are able to produce and consume electricity when prices are best for them. By trading their aggregated power 24/7 on different energy spot markets the Virtual Power Plant also makes a substantial contribution to stabilizing the grid by smartly distributing the power generated and consumed by the individual units in times of peak load.