Battery Energy Stationary Storage Quarterly Outlook

Our forecast provides long-term outlooks for ESS battery demand and battery chemistry, by application and region, based on robust and informed methodologies

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What does the Battery Energy Stationary Storage Outlook cover?

Our forecast provides long-term outlooks for the following:

  • Electricity generation capacity by renewable type and region to 2040
  • BESS outlook split by grid scale, behind the meter and by region to 2040
  • BESS outlook by battery type and chemistry (cathode and anode) by region to 2040
  • Total MWh demand by region

Regions covered by the report:

US & Canada, EU & EFTA, China, India, Japan, Asia Pacific Other, Latin America, ROW

Why subscribe to the Battery Energy Stationary Storage Outlook?

The outlook delivers a complete overview and analysis of the current and future BESS market. The report can be used as both a reference tool to understand the market dynamics, key drivers, and technologies and as an important data tool providing the cathode and anode demand for grid scale and behind the meter BESS based on use case, economic and regional analysis.

These trends have implications along the battery supply chain for battery raw material suppliers, battery manufacturers, utility companies and renewable energy developers, as well as anyone with an interest in the ESS battery supply chain.

How is the report delivered?

The assessment comes as a Quarterly PDF report with supporting Excel workbook.

What does the report cost?

Annual subscription to the report is GBP10,000.

Register your interest:

Tel: +44 (0) 203 960 9986


Assessment methodology

Our forecasts are based on robust and informed methodologies. The first stage in both grid and behind the meter methodologies is to assess the market outlook for global electricity demand, and also to determine the renewables share of the mix of this growing demand. For this, we consider a number of factors affecting this on a region-by-region basis. Our outlook for battery energy stationary storage is calculated by identifying the appropriate technology deployment based on the use case and economics in each storage scenario.

Rho Motion has developed a database of battery energy storage installation projects worldwide, which is updated on an ongoing basis. We track key metrics for each project including the storage technology employed, the size of the installation, the feed-in energy source and supplier.

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To learn more about our research, complete our contact form and we'll be in touch shortly to discuss the best options for you and your business

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