Technology scan
2duration classes covered
Map the options
We identified long and short duration storage technologies available on the market.
Case Study · Technology Landscape
Comparing the options for storing energy.
A global power systems manufacturer wanted to understand long and short duration energy storage technologies. We profiled suppliers that met its storage and power needs and compared chemistries, performance and readiness.
The Client
The client is a global power systems manufacturer. It wanted storage technologies that could deliver 6 to 8 hours of storage.
The Challenge
Many chemistries.
Find what fits.
Prescouter was asked to find energy storage technologies that met a 6 to 8 hour requirement, compare their range and composition, and judge the readiness of novel options.
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Duration
6 to 8 hours
The storage window the client needed.
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Chemistry
Range and composition
Comparing what each technology offers.
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Readiness
Technology maturity
How close novel options are.
Our Approach
Matching technologies to clear storage targets.
Company profiles
15 to 20companies profiled
Profile the fits
We profiled companies whose offers met the client’s storage and power rating limits.
Chemistry review
5+chemistries compared
Compare the chemistries
We compared electrode chemistries including sodium, graphene, niobium, zinc and enhanced lithium.
The Outcome
Options to build, buy or partner.
Prescouter presented details on 15 to 20 companies across batteries, capacitors and magnetic storage using sodium, graphene, niobium, zinc, lithium and other metals. The performance comparison supports decisions on internal development, acquisitions, joint ventures and collaborations.
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Profiles
15 to 20 companies
Across many storage types.
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Chemistries
5+ chemistries
Compared on performance.
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Options
Build, buy or partner
Clear paths for next steps.
No single storage chemistry fits every duration. Comparing options against clear targets narrows the field fast.
Let’s Talk
Which storage technology fits your next product?
Set clear targets, compare the chemistries and choose the path that fits your plans. Wherever you’re starting from, we’ll help you get there.
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