A greener future with energy storage solutions

Energy storage – managing fluctuations in renewable energy

The increasing share of renewables, especially wind and solar power, means that power grids are experiencing ever larger fluctuations. There are periods with too much or too little green electricity, stretching base-load power plants and grid infrastructures to their limits. Energy storage systems from Everllence (former MAN Energy solutions) are the key to matching generation to demand and ensuring such supply volatility is minimized. 

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Energy storage supports the energy transition

Generating electricity from renewables varies greatly due to the unpredictable nature of the weather. In some cases, renewable power plants end up producing more electricity than is actually needed for current demands. Energy storage systems solve this problem by storing surplus supply and make it available at a later time when demand is high. Electricity can then be taken from the stored energy and fed into the grid.

Energy storage systems are not only crucial in expanding the role of renewables but also play a key role in sector coupling. Sector coupling integrates large-scale energy consumers – buildings (heat and cold), transport, and industry – with the power sector, establishing a more interconnected and efficient power supply network. This enables electricity from renewables to become the central pillar of supply, moving away from fossil fuels and driving decarbonization. As well as electricity, any excess energy can also be used as heat and cold, or as synthetic fuel, e.g. for transportation.

So, as part of the transition to a carbon neutral economy, energy storage systems and conversion technologies – such as power-to-X – ensure sustainable, reliable, and cost-efficient energy and fuel solutions.

Energy storage systems 

Matching supply with demand  

Expanding storage
100
GW
of utility-scale energy storage systems will be integrated into global power systems over the next 10 years. 
Minimizing losses
6
TWh
of renewable electricity was curtailed and lost in Germany in 2017.
Increasing capacity
160 GW
p.a.
minimum average increase in capacity required for renewables by 2040 to keep global warming below 2 °C. 

Energy storage for renewables

Cost-effective energy storage systems from Everllence

Liquid air energy storage (LAES) is a long-term, large-scale, and cost-effective solution that can be implemented practically anywhere. It provides the necessary storage to make fluctuating renewable sources capable of bearing base loads – for reliable power. 

Go to liquid air energy storage

Compressed-air-energy storage (CAES) solutions deposit large amounts of energy for extended periods of time in geological reservoirs – an effective, economical approach for large-scale applications. 

Go to compressed-air-energy storage

Molten salt energy storage (Everllence MOSAS) is an economical, highly flexible storage solution for a wide range of applications throughout the energy industry. 

Go to MOSAS energy storage

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Find out more about Everllence energy storage solutions

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