Kraftblock Power Generation System
Resilient and optimized electricity generation with thermal storage
Many fossil-fired power stations are being phased out in order to reduce electricity costs and emissions. These sites have great potential for generating sustainable electricity with thermal storage, which can stabilise the grid when necessary.Additionally, Kraftblock can optimise some countries' large fleets of gas-fired power plants to increase energy efficiency and reduce emissions.
How it works
Utilizing Renewable Energy
Waste heat or green energy with power-to-heat is used in the Kraftblock thermal battery.
Thermal Energy Storage
Store between hours and weeks for the optimal use in your power plant.
Generate Stable Electricity
The heat of the thermal battery is used for your steam turbine, stirling motor or Organic Ranking Cycle (ORC) to generate clean, stable power for resilient grids.
Learn how you can deploy Kraftblock’s Power Generation System.
Rethink power generation with Kraftblock
SourcePower generation in existing plants can be decarbonized and optimized with their waste heat with the thermal energy storage system of Kraftblock. Steam generated from recovered waste heat or renewable energy can not only be used directly in a turbine but also to keep large-scale assets warm in order to prevent an energy intensive cold start. This enhances flexibility of power plants and avoids emissions.
Other electricity generation systems like Organic Ranking Cycles (ORC) and Stirling motors can be supplied with renewable heat from thermal energy storage as well. Furthermore, reutilizing waste heat in combined heat and power plants (CHP) can be feasible with Kraftblock. This increases energy efficiency of the fossil part for the steam part.
Learn how you can deploy Kraftblock’s Power Generation System.
Concept Draft
We analyze data, draft a project idea with size and operation mode and indicate a price.
Feasibility Study
We set up a detailed concept, define the interface and engineer the plant.
Project Execution
We procure, manufacture, erect, integrate and start up the storage system.