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Solar + Storage Hybrid

More Solar. More Value.
More Energy Freedom.

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.

Typical for facilities with high daytime generation potential and peak/off-peak tariffs
EMoreShare Solar + Storage Hybrid System — Commercial rooftop PV with battery storage
Commercial rooftop PV array with integrated BESS storage units — urban installation
Solar + Storage — Energy Flow Concept
70–90%
Self-Consumption Rate
15–30%
Project IRR
3–5 yrs
Payback Period
25–40%
Grid Cost Reduction

Solar Alone Is Half a Solution

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.

Maximize Self-Consumption

Store excess solar generation instead of exporting it. Self-consume at retail rates — typically 3–5x the feed-in tariff value.

+40% solar utilization
📉

Peak Shaving

Use stored solar energy during peak price hours, not grid power. Reduces both energy costs and demand charges simultaneously.

–30% peak consumption
🔋

Grid Independence

Reduce reliance on the grid during outages or price spikes. Storage gives you control over when and how you use your solar energy.

Up to 80% grid offset
🌙

Evening Power Coverage

The highest electricity prices are typically between 5–9pm. Storage lets your solar work when prices are highest — after sunset.

100% evening coverage
📊

EMS Optimization

Cloud-connected energy management system automatically optimizes charge/discharge cycles based on tariff schedules and weather forecasts.

AI-driven dispatch
🔒

LFP Battery Safety

All EMoreShare hybrid systems use LiFePO₄ batteries — the safest chemistry for stationary storage, with 6,000+ cycle life at 80% DoD.

10+ year battery life

How Solar + Storage Works Together

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.

Solar PV Array

High-efficiency monocrystalline or TOPCon panels, 400–700W per module

Hybrid Inverter

Bidirectional, grid-forming inverter manages PV, battery, and grid simultaneously

🔋

LFP Battery Storage

Modular LFP packs, 100kWh–2MWh, scalable as needs grow

🏭

Facility Load

Powers your operations 24/7 — day from solar, night from battery

Solar + Storage System Architecture — PV → Hybrid Inverter → Battery → Facility with grid connection

When Solar + Storage Makes Sense

Solar + storage is the right choice when you have significant daytime generation potential and want to capture maximum value from your solar investment.

🏭 High Daytime Energy Consumption

Facilities running heavy equipment, production lines, or HVAC during daylight hours. The more you consume while the sun shines, the better the economics.

Best when self-consumption > 60%

📈 High Evening Energy Costs

If your utility has significant peak/off-peak price differential, storing solar generation to discharge during evening peaks maximizes your ROI per kWh.

Peak spread > €0.10/kWh ideal

🏢 Commercial Rooftop or Carport

Available roof or land space for PV panels combined with parking area for carport installation. Storage can be ground-mounted or wall-mounted nearby.

Typical: 200–500kW PV + 400kWh–1MWh

🌱 Sustainability Goals

Organizations targeting carbon reduction targets or ESG reporting. Storage increases renewable utilization rate and demonstrates genuine commitment beyond simple grid connection.

Up to 80% grid offset achievable

Sizing Tailored to Your Consumption

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.

Solar + Storage: Better IRR Than Solar Alone

Adding battery storage to solar increases upfront cost but significantly improves financial returns by capturing value that pure solar systems leave behind.

15–30%
Internal Rate of Return
25-year system life, multiple value streams
3–5 yrs
Payback Period
vs. 5–7 years for solar-only
70–90%
Self-Consumption Rate
vs. 30–50% without storage
25–40%
Grid Cost Reduction
Energy + demand charges combined
6,000+
Battery Cycles (LFP)
At 80% DoD, 10+ year life
80%
Grid Offset Potential
Maximize energy self-sufficiency
€0.10–0.20
kWh Arbitrage Value
Peak vs off-peak price spread
25 yrs
PV Panel Warranty
Performance guarantee included

Industries That Benefit Most

Solar + storage is particularly effective for facilities with high daytime energy demand and significant peak/off-peak price differentials.

🏭

Manufacturing

High daytime load, predictable profiles, strong ROI from self-consumption.

🏨

Hotels

Solar + storage covers base load, reduces peak demand charges.

🏢

Office Buildings

Daytime occupancy matches solar generation window perfectly.

Cold Storage

Constant refrigeration load maximizes solar utilization rate.

🚚

EV Charging Depots

Daytime charging demand powered directly by solar, storage fills gaps.

🏬

Retail Chains

Rooftop solar + storage for chain-wide energy cost reduction.

🏯

Industrial Parks

Shared PV array with dedicated storage per tenant unit.

🌾

Agribusiness

Greenhouses, farms, food processing — irrigation + processing load.

End-to-End Solar + Storage Capability

EMoreShare delivers the complete system — PV panels, hybrid inverter, LFP battery storage, EMS — from a single supplier with proven integration expertise across European markets.

🔧

Single-Source Supply

Everything from one supplier — PV modules, hybrid inverters, LFP battery packs, mounting, cabling, EMS. One PO, one delivery, one support contact.

📐

System Design & Sizing

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.

🌍

European Market Experience

Active projects in UK, Italy, Spain, Germany, Greece. We understand local grid codes, permit requirements, and tariff structures.

🔄

Hybrid Inverter Expertise

Grid-forming hybrid inverters with full EMS integration. Supports multiple operating modes: grid-tied, backup, island, and grid-smoothing.

📊

EMS & Remote Monitoring

Cloud-connected EMS with real-time visibility into PV generation, battery SoC, load consumption, and grid export. Remote diagnostics included.

🤝

EPC & Developer Partnership

We work with EPC contractors and developers — providing hardware, system design, and technical support without competing for installation margin.

This Solution Is a Good Fit If You:

  • Have significant daytime energy consumption (manufacturing, offices, cold storage)
  • Pay high peak electricity tariffs (€0.25+/kWh peak)
  • Have available roof or land space for PV panels
  • Are targeting ESG or carbon reduction goals
  • Want to maximize ROI from existing or planned solar installation
  • Operate in markets with net-metering changes or low feed-in tariffs

What Could Solar + Storage
Do for Your Facility?

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 →
See If My Facility Qualifies →

Confirm whether Solar + Storage Hybrid System fits your site

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