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European C&I Energy Solutions

Turn Energy Costs
Into Predictable Returns

Commercial energy storage systems designed to reduce electricity costs and deliver measurable ROI for industrial and commercial facilities.

✔ Free preliminary analysis · No commitment · 30 seconds
Real Project Results
18%
IRR
3.1 yrs
Payback
€47,700
Annual Savings
Northern Italy · March 2026
645kWh · 300kW system
30–70%
Energy Cost Reduction
15–25%
Project IRR
3–5 yrs
Payback Period
50kW–5MW
System Size Range
Ranges may vary based on specific load profile and local tariff (e.g., Italy PUN).

What are you looking for?

Choose the decision path that matches your project. Each route is designed to move quickly from problem clarity to ROI awareness.

I want to reduce energy cost
Start with payback, savings logic, and proposal readiness.
I want country-specific solutions
Compare UK, Italy, and Spain energy storage contexts.
I want a system solution
Review C&I ESS, solar storage, and microgrid options.
I want real cases
Use deployment examples to validate the business case.

Where are you located?

UK Italy Spain

What problem are you solving?

High electricity cost Peak shaving Energy independence Industrial stability

The Financial Logic Behind 18% IRR

The math isn't complicated. It just requires a specific set of conditions — and right now, much of Southern and Central Europe has them.

01

Buy Low, Sell High — Every Day

Energy storage charges when electricity is cheap (off-peak: €0.08–€0.14/kWh) and discharges when it's expensive (peak: €0.30–€0.45/kWh). The spread is pure margin.

Off-peak charge → Store → Peak discharge = Margin per kWh
02
📊

Spread Is Predictable — That's the Key

Unlike solar or wind, arbitrage value doesn't depend on weather. Italian peak/off-peak prices follow a predictable daily pattern. The EMS captures it automatically, every day.

Off-peak (charge) ~€0.12/kWh
↓ captured spread: €0.26/kWh ↓
Peak (discharge) ~€0.38/kWh
03
🔋

One Cycle/Day. Ten Years Minimum.

LFP batteries at 80% depth of discharge deliver 6,000+ cycles — enough for 15+ years of daily cycling. Battery cost is amortized over thousands of operating days.

€135,000 CAPEX ÷ 3,000+ cycles = €45/cycle cost
Real number from our Italy project
645 kWh × 1 cycle/day × €0.26/kWh × 300 days = ≈ €50,310/yr
Year 1 actual: €47,700 (after efficiency losses and calibration)
Does your facility match these conditions?

Take the 30-second ROI quiz — we'll tell you specifically for your facility.

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Our Solutions

Three Pathways to Energy Cost Reduction

Whether you need standalone storage, solar+storage, or a complete energy system — we configure, supply, and commission the optimal solution for your facility.

🔋
Most Popular

C&I Energy Storage

Battery storage for peak shaving, arbitrage, and demand charge reduction. Fastest energy storage ROI analysis in markets with strong tariff spreads.

15–25%
IRR
3–5 yrs
Payback
View Solution →
☀️
Best for Facilities with Solar

Solar + Storage Hybrid

Maximize self-consumption of on-site solar generation. Store excess power instead of exporting at low feed-in rates.

15–30%
IRR
3–5 yrs
Payback
View Solution →
🌍
For Remote & Island Sites

Microgrid Systems

Solar + storage + optional diesel for complete energy independence. Ideal for mines, islands, telecom towers, and off-grid facilities.

18–35%
IRR
40–80%
Fuel Savings
View Solution →

Real Project.
18% IRR. 3.1-Year Payback.

A 300kW / 645kWh energy storage system at an Italian manufacturing facility — delivered March 2026. Reduced electricity costs by 45% through peak shaving and arbitrage under real Italian tariff conditions.

  • 645kWh LFP battery · 300kW hybrid inverter
  • Annual savings: €47,700 · 25-year net benefit: €846,000
  • Eligible for Transizione 4.0 (Italy government incentive)
View Full Case Study →
18%
IRR
3.1 yrs
Payback
€47.7k
Annual Savings
645kWh
System Size

Get Your Project
ROI Estimate in 30 Seconds

Enter your facility details — energy consumption, tariff, location — and see what a commercial energy storage project could return for your site.

Calculate My ROI → See Similar Projects
Why EMoreShare

Built for European C&I Projects

Optimized for European Tariffs

Pre-configured for Italy, UK, and Spain tariff structures — peak/off-peak spreads, demand charges, and local grid codes.

🔧

Solution Provider Model

We source, configure, and integrate the optimal combination of battery, inverter, and EMS — no vendor lock-in, no brand bias.

📋

Full Technical Documentation

Datasheets, test reports, CE certification, UN38.3 shipping documentation, and grid compliance certificates — ready for procurement.

🤝

EPC & Developer Partnership

We work with your preferred EPC or installer — providing hardware, system design, and technical support without competing for installation margin.

Trusted by Leading Projects

Built on Proven Component Technology

We source battery cells, inverters, and BMS from Tier-1 manufacturers with global track records — for reliability projects can depend on.

🔋 LFP Battery Cells Tier-1 prismatic cells · 6,000+ cycles
Hybrid Inverters 300–500kW bidirectional · CE certified
📊 EMS Platform Cloud + Edge · day-ahead tariff integration
🏗️ System Integration EMoreShare assembled & tested · EXW Suzhou

All components selected for European grid compliance and local service support

Compliance & Certifications

Documentation Ready for Procurement

Every system ships with full type approvals, test reports, and compliance certificates — accepted by major European utilities and EPCs.

CE Marking
Full machine and low-voltage directive compliance for EU market entry
📦
UN38.3
Battery transport safety certification for international shipping by air and sea
🔬
IEC 62619
Industrial battery safety standard — required for C&I ESS in most European markets
🧪
Test Reports
Datasheets, cycle life tests, thermal runaway, and BMS functional tests available
Target Markets

Where We Focus

🇮🇹

Italy

High peak/off-peak spreads (€0.25–0.40/kWh) create strong arbitrage. Transizione 4.0 incentives available for qualifying systems.

Peak: €0.38/kWh · Off-peak: €0.12/kWh
🇬🇧

United Kingdom

Significant demand charges and clear DUoS bands make C&I ESS highly attractive for sites with 100kW+ maximum demand.

Typical spread: £0.18–0.30/kWh
🇪🇸

Spain

PV-rich grid with increasing price volatility. High solar penetration creates excellent self-consumption and arbitrage opportunity.

PV self-consumption + arbitrage: high potential