Estimate how a commercial energy storage system could perform for your facility based on electricity tariff and load profile inputs.
1 Basic Info
2 Tariff & Load
3 System
Tell us about your facility
We'll use this to estimate your system size and savings potential.
From your electricity bill — even an estimate helps
Maximum power draw — on your grid contract
Your electricity tariff
Defaults are pre-filled for your country — adjust if you know your actual rates.
Average power consumption across operating hours
System assumptions
Defaults are configured for preliminary screening — change them if you have project-specific requirements.
Based on your load profile, we suggest 400–600 kWh
Industry average C&I ESS: €400–600/kWh (EXW)
LFP typical: 92–95%
Preliminary estimate only.
Results from this calculator are screening-level estimates and are not a guaranteed financial return. Final savings depend on actual tariff structure, load profile, battery sizing, cycle strategy, CAPEX, O&M, battery degradation, tax incentives, and local regulations. A detailed technical and financial review is required before making investment decisions.
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Your Preliminary Estimate Is Ready
Get a detailed project review — including system recommendation and financial model validation.
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Preliminary Return
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Payback
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Est. Annual Savings
📊 Preliminary Estimate
Your Project Estimate
Based on the data you provided — indicative only, not a binding quotation.
Results are preliminary estimates only and should not be interpreted as guaranteed savings, guaranteed returns, tax advice, or investment advice. Final project economics depend on the verified tariff structure, actual load profile, battery sizing, cycle strategy, CAPEX, O&M costs, battery degradation, available tax incentives, and local regulations. EMoreShare recommends a detailed technical and financial review before any investment decision.
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Enter your details and we'll send a detailed project review including recommended system configuration and indicative pricing.
Ready to Explore Your Project?
If you'd like a more detailed analysis based on your actual load profile and site conditions, our team can provide a project-specific assessment.
A qualified C&I energy storage project usually becomes decision-ready when the team can compare a 2-4 year payback window, 30-60% peak cost reduction logic, and the site-specific tariff structure behind the savings.
Use the calculator as a first-pass model: monthly bill, peak demand, country tariff context, and system size create the simple savings logic needed before requesting a proposal.
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A cost savings model should translate electricity cost exposure into measurable reduction logic. The same financial review can include demand charge reduction, peak shaving savings, and energy cost reduction assumptions without treating the battery as a standalone product purchase.
Market benchmarks should compare UK, Italy, and Spain as different commercial environments. A UK factory, an Italian industrial facility, and a Spanish commercial building may all evaluate Ultra-thin Wall Mounted Home Energy Storage 2150Wh Manufacturers, Solar Energy Storage Home System 25.7KWh Suppliers, High Quality Air Cooling Energy Storage System 1500KWh, and Professional Air Cooling Energy Storage System 1500KWh, but the final ROI depends on tariff structure, operating profile, and the timing of expensive electricity use.
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