Combine high-efficiency PV generation with LFP battery storage to maximize self-consumption, reduce grid dependence, and achieve 15–30% IRR on your solar investment.
Standard on-grid solar only generates power during daylight hours. Without storage, up to 40% of your solar generation is exported back to the grid at low feed-in rates — money left on the table. Adding battery storage changes everything.
Store excess solar generation instead of exporting it. Self-consume at retail rates — typically 3–5x the feed-in tariff value.
Use stored solar energy during peak price hours, not grid power. Reduces both energy costs and demand charges simultaneously.
Reduce reliance on the grid during outages or price spikes. Storage gives you control over when and how you use your solar energy.
The highest electricity prices are typically between 5–9pm. Storage lets your solar work when prices are highest — after sunset.
Cloud-connected energy management system automatically optimizes charge/discharge cycles based on tariff schedules and weather forecasts.
All EMoreShare hybrid systems use LiFePO₄ batteries — the safest chemistry for stationary storage, with 6,000+ cycle life at 80% DoD.
A hybrid system integrates PV generation, battery storage, and grid connection through a single hybrid inverter — managed by our EMS for optimal performance at all times.
High-efficiency monocrystalline or TOPCon panels, 400–700W per module
Bidirectional, grid-forming inverter manages PV, battery, and grid simultaneously
Modular LFP packs, 100kWh–2MWh, scalable as needs grow
Powers your operations 24/7 — day from solar, night from battery
Solar + storage is the right choice when you have significant daytime generation potential and want to capture maximum value from your solar investment.
Facilities running heavy equipment, production lines, or HVAC during daylight hours. The more you consume while the sun shines, the better the economics.
If your utility has significant peak/off-peak price differential, storing solar generation to discharge during evening peaks maximizes your ROI per kWh.
Available roof or land space for PV panels combined with parking area for carport installation. Storage can be ground-mounted or wall-mounted nearby.
Organizations targeting carbon reduction targets or ESG reporting. Storage increases renewable utilization rate and demonstrates genuine commitment beyond simple grid connection.
We don't believe in one-size-fits-all. Every EMoreShare Solar + Storage system is sized to your facility's specific load profile, available space, and financial targets.
| System Configuration | PV Capacity | Target Facility | Est. Annual Savings |
|---|---|---|---|
| Small Commercial | 50–100kWp / 100–200kWh | Small factories, offices, retail | €20–45k/yr |
| Medium Commercial | 150–300kWp / 300kWh–1MWh | Medium factories, hotels, logistics | €50–120k/yr |
| Large Commercial | 400–800kWp / 800kWh–2MWh | Large manufacturing, data centers | €120–280k/yr |
| Industrial | 1–5MWp / 2–10MWh | Industrial parks, large facilities | €300–800k/yr |
* Estimates based on European market conditions (1,200–1,600 sun hours/year, €0.20–0.35/kWh peak, €0.08–0.15/kWh off-peak). Actual savings depend on roof/ground space, load profile, and local tariff structure.
Adding battery storage to solar increases upfront cost but significantly improves financial returns by capturing value that pure solar systems leave behind.
Solar + storage is particularly effective for facilities with high daytime energy demand and significant peak/off-peak price differentials.
High daytime load, predictable profiles, strong ROI from self-consumption.
Solar + storage covers base load, reduces peak demand charges.
Daytime occupancy matches solar generation window perfectly.
Constant refrigeration load maximizes solar utilization rate.
Daytime charging demand powered directly by solar, storage fills gaps.
Rooftop solar + storage for chain-wide energy cost reduction.
Shared PV array with dedicated storage per tenant unit.
Greenhouses, farms, food processing — irrigation + processing load.
EMoreShare delivers the complete system — PV panels, hybrid inverter, LFP battery storage, EMS — from a single supplier with proven integration expertise across European markets.
Everything from one supplier — PV modules, hybrid inverters, LFP battery packs, mounting, cabling, EMS. One PO, one delivery, one support contact.
We right-size every system based on your actual load profile — not a standard kit. No over-sizing, no under-sizing, optimized for your specific ROI targets.
Active projects in UK, Italy, Spain, Germany, Greece. We understand local grid codes, permit requirements, and tariff structures.
Grid-forming hybrid inverters with full EMS integration. Supports multiple operating modes: grid-tied, backup, island, and grid-smoothing.
Cloud-connected EMS with real-time visibility into PV generation, battery SoC, load consumption, and grid export. Remote diagnostics included.
We work with EPC contractors and developers — providing hardware, system design, and technical support without competing for installation margin.
Tell us about your site — roof area, annual consumption, current tariff structure. We'll design a tailored Solar + Storage system and provide a preliminary ROI analysis within 24 hours.
Get My Project IRR Estimate →Solar + storage becomes decision-ready when self-consumption, peak control, and backup value are connected to payback expectations.
Use this page to confirm what the system is, why it works, and where it is used; then move into ROI calculation for your actual facility.
Calculate ROI for Your Site