Study proves the economic benefits of large-scale batteries
grosse-batteriespeicher
Contents

Study proves the economic benefits of large-scale batteries

grosse-batteriespeicher

The experts at Frontier Economics are forecasting a plus in the billions – primarily due to falling emissions and lower expenditure on fossil fuels.

Large batteries benefit the economy and society far more than they cost. This is the key finding of a recent study by the international economic consultancy Frontier Economics (FE) on the “Potential of large-scale battery storage in Germany”. The investment costs would be “more than compensated for” by “savings in fuel and CO2 costs”, it says.

According to the experts’ calculations, “large-scale battery storage systems will help to avoid around 6.2 million tons of CO2 in 2030 and around 7.9 million tons of CO2 in 2040” – in particular because they reduce the need for back-up gas power plants. Based on calculations by the Fraunhofer Institute, we are even more optimistic and assume that the benefits to society will exceed the 12 billion euros forecast by FE by 2050.

What is physically green electricity should also be legally green electricity

With regard to the study, Handelsblatt states that large energy storage systems will “play a key role” in the energy transition. The Federal Ministry of Economics is therefore “endeavoring to reduce regulatory hurdles”.

In fact, the electricity storage strategy presented by the ministry in December contains some important points. However, further regulatory relief is needed to exploit the potential of large-scale batteries. Battery power should therefore also be legally classified as what it physically is de facto: green electricity. The German Energy Storage Systems Association (BVES), which we recently joined, has therefore rightly formulated further-reaching expectations of politicians this week. We are curious to see what the ongoing consultation process will bring.

Further contributions

Storage facts series (II) | Large-scale batteries significantly reduce GermanCO2 emissions. How high the savings actually are depends on the assumptions and calculation method. If you want to calculate the effect of large-scale battery storage systems on the climate, you have to deal intensively with technical details, make numerous assumptions and take complex interactions into account. Numerous adjustments can therefore be made to make the balance look good or bad...

How climate-friendly are storage projects?

Read more

Large-scale battery storage planned in Bergrheinfeld near Schweinfurt – constructive exchange with interested citizens Pullach, December 17. The planned construction of a battery energy storage system (BESS) in Bergrheinfeld will make the region a pioneer in the integration of renewable energies. The project is intended to help balance out fluctuations in the electricity grid, reduce the use of fossil fuel power plants and maximize the use of solar and wind...

Public information event on new GESI project

Read more

Storage facts series (I) | An analysis by the Fraunhofer Institute for Solar Energy Systems for GESI underlines: Storage systems are a decisive lever for an affordable energy transition. Large-scale batteries can significantly reduce electricity prices and thus make an important contribution to strengthening Germany as a business location and the competitiveness of our economy. This is shown by calculations by the Fraunhofer Institute for Solar Energy Systems, which we...

How large-scale batteries reduce the price of electricity

Read more