Discover our solutions for the generation and supply of energy
Efficient heat exchangers for power and energy generation
Kelvion Power & Energy Solutions
ENGINEERED SOLUTIONS FOR MISSION CRITICAL APPLICATIONS
Your benefits with our solutions for electricity & energy generation:
Maximum increase in efficiency: Thanks to optimised heat transfer processes, our solutions enable a significant increase in the overall efficiency of energy generation systems.
Reliability and robustness: Developed for continuous operation under demanding conditions, our heat exchangers offer outstanding reliability and minimise downtime.
Promoting sustainability: Through the efficient use of energy sources and the reduction of waste heat, our solutions contribute to more environmentally friendly energy generation.
Flexible adaptation: Tailor-made solutions guarantee perfect integration into existing and new energy generation systems, regardless of size or complexity.
- Increased system service life: By protecting system components from extreme conditions, our heat exchangers extend the service life of your investment.
Power & Energy Solutions
Fossil energy sources still dominate the global energy supply, but with the goal of doubling the use of renewable energies by 2030, renewable solutions are becoming increasingly important for power generation. Renewable energies such as solar, wind and water are at the centre of this change. Efficiency is crucial to the success of these green energy sources. Our heat exchangers for power plants in the electricity and energy sector play a key role in optimising energy efficiency in solar thermal power plants, geothermal plants as well as wind and biomass power plants by enabling effective energy conversion and storage.
Increasing efficiency through heat recovery is crucial for economic success in the use of renewable energies. Our portfolio includes a variety of heat exchanger solutions, including shell and tube heat exchangers for storing energy in solar thermal systems, and plate heat exchangers to optimise the process to decrease power plant CO2.
The rapid rise of renewable solutions for power generation is explained by the combination of increasing global energy demand, dwindling fossil fuels and the need to reduce the risks of climate change. According to forecasts, renewable energies are expected to reach the same share of electricity generation as coal and natural gas by 2040. The main sources of renewable energy, which are derived from natural processes with constant regeneration, are sun, wind, rain, tides, waves and geothermal energy as well as biomass, biofuels and (green) hydrogen.
