Syncing thermal power plants with future renewable baseload

Syncing thermal power plants with future renewable baseload

written by

Share

Ultimately, coal will be replaced by renewable energy. This is fantastic! Already now coal power plants are being converted to burn biomass: Denmark’s largest power station has replaced coal with wood chips and straw.

EnergyNest offers a solution not just during the transition to fully renewable electricity but will also remain an integral part of future sustainable power systems: ultra-low cost and directly integrated into the steam cycle. Only plants with the ability to rapidly adjust power output to follow variable renewable energy will matter in the future. Due to their low marginal cost and zero emissions, wind- and solar energy are bringing conventional power plants out of their comfort zone – from traditional, rigid “baseload beasts” to peaker plants. This implies more frequent starts/stops, cycling and operation at minimum power output. It also implies more stringent requirements for ancillary services.

Thermal power plants such as concentrating solar power (CSP), biomass and electricity from waste (EfW) have an important role to play in the full transformation from fossil to renewable electricity. This is because very few alternatives can provide security of supply. Thermal power plants maintain grid stability and provide power when the wind is not blowing and the sun is not shining, ensuring that the lights are always on.

Latest News

Interview with Carlijn Lahaye after her first year as Managing Director of ENERGYNEST BV in the Netherlands

As part of emissions trading, companies can save costs directly by reducing their CO2 emissions: This is because the less CO2 is emitted, the fewer CO2 certificates a company needs. Here's what you need to know.

Economic considerations play a key role in the switch to a renewable energy supply. With thermal energy storage systems such as the ThermalBattery™, companies can significantly reduce their energy consumption and therefore their energy costs.