£250k
Raising
£1.8M
Revenue Locked
29,545
tCO₂e Offset

Fund the Future
of Clean Energy

Join us in building a revolutionary 1MW solar project with EPD-rated materials for maximum carbon offset impact

Project Overview

We're building a groundbreaking 1MW solar project in Mauritius using EPD-rated materials to maximize carbon offset potential. Grid-connected with 2,600 panels, targeting £224k Year 1 revenue and £1.8M over 10 years. Enhanced carbon benefits through verified EPD materials. Investor yield: 8% + bonus VER/NEED credits.

Our Mission

We're building the next generation of solar infrastructure using EPD-rated materials to maximize carbon offset value. This project will demonstrate how proper material selection can significantly enhance environmental benefits while delivering clean power to 400+ homes.

Methodology

ISO 14025, EN 15804, Module D compliant

Registry Use

Embedded carbon offset registration, VECO lifecycle platform

Join Our Build

Raising £250k to construct this pioneering solar project with premium EPD-rated materials for enhanced carbon offset credentials

What We're Building

A next-generation solar project featuring EPD-rated materials for maximum carbon offset value

1 MW
Solar Array
1,820
550W Solar Panels
1,575.6
MWh/year
1,182
tonnes CO₂/year

Environmental Impact

Annual CO₂ Offset 1,200–1,500 tCO₂e
Lifetime CO₂ Offset 29,545 tCO₂e
Project Lifespan 25 years
Carbon Payback (Eco-concrete) ~1.5 years
vs Traditional Concrete ~2.2 years
Homes Powered 400+

Technical Details

Grid Connection Q2 2026
Installation Period Q1 2025-26
Site Preparation Q4 2024
Compliance Standards ISO 14025, EN 15804
Location Mauritius

Investment Returns

Strong financial returns from both energy sales and enhanced carbon offset credits

Revenue Summary

Revenue Stream Year 1 Year 10 (Cumulative)
Electricity Sales £90,400 £859,180
VER Credits £90,386 £903,860
NEED Credits £63,599 £63,599
Total Revenue £224,385 £1,826,639

Investor Package

Initial Investment £100,000
12-month Yield 8%
Annual Return £8,000

Bonus Shares

1% of VERs (10 years) £90,386
1% of NEED Credits £635.99
Total Repayment £199,021.99

Construction Timeline

Phased build schedule to deliver your solar project with premium EPD materials

Q4 2024

Funding Complete & Site Prep

Q1 2025–26

Installation Phase

Q2 2026

Grid Connection

2026+

Revenue Generation

Premium EPD-Rated Materials

🧱 Every component selected for verified low-carbon credentials and maximum offset value

Construction Plan Preview

Visualize how we'll build your solar project with premium EPD-rated materials

Component Material EPD Source Embedded Carbon Notes
Pillars & footings Eco-concrete (zero cement) Wagners Earth Friendly Concrete ~40,000 kg CO₂e 70% lower than traditional concrete
Mounting rails Recycled aluminum Hydro CIRCAL 75R ~18,000 kg CO₂e 75% recycled content, low smelting emissions
Fasteners & brackets Stainless steel - - Marine-grade corrosion resistance
Solar Panels (1,820 units) 550W monocrystalline silicon Yangtze Solar EPD ~1,274,000 kg CO₂e High-efficiency, tropical optimized, 25-year warranty
Inverters (8 units) 125kW grid-tie with MPPT SMA Solar EPD ~120,000 kg CO₂e 600–1000V range, 3-phase AC, 10-year warranty
Monitoring System Smart Energy Monitor IoT System EPD ~5,000 kg CO₂e Real-time tracking, IoT-enabled, 10-year warranty
Cabling & Connectors 10km PV cable + 500 MC4 pairs Nexans EPD ~45,000 kg CO₂e Weather-resistant, durable, 10-year warranty
Grid interface Steel + electronics Siemens EPD ~30,000 kg CO₂e Includes switchgear and metering
Battery storage LFP (Lithium Iron Phosphate) CATL EPD ~90,000 kg CO₂e Safer chemistry, lower lifecycle emissions

ISO 14025 Compliance

Environmental product declarations following international standards

Verified EPDs

EN 15804 Standards

Core rules for environmental product declarations of construction products

Construction Compliant

Module D Benefits

End-of-life recycling and reuse potential quantified

Lifecycle Optimized

🧪 Material Benefits

Up to 70% lower embodied carbon than traditional concrete

Excellent durability in corrosion-prone environments

Less maintenance required than steel alternatives

Can be locally sourced and mixed with recycled aggregates

Eco-Concrete Innovation

Carbon Savings Compared to Steel

1MW Solar Farm in Mauritius with Eco-concrete foundations and recycled aluminum mounting

Eco-concrete foundations with recycled aluminum mounting system

Alternative Savings (tCO₂e) Reduction (%)
Eco-Concrete Pillars 90 50.00%
Hybrid Eco-Concrete 70 38.89%

Material Innovation: Our eco-concrete foundation system delivers substantial carbon savings while maintaining structural integrity and extending service life in tropical marine environments.

Risk Mitigation

Trademark secured in Mauritius
Eco-concrete infrastructure reduces maintenance and cyclone risk
Embedded carbon offsets registered for emissions trading and rebates
IP and codebase portable for future deployments

Carbon Payback Period Analysis

Annual Offset Performance

1 MW Solar Array Output 1,200–1,500 tCO₂e/year
With Eco-Concrete Foundation ~1.5 years payback
Traditional Concrete Comparison ~2.2 years payback

Suitable Applications

  • Fixed ground-mounted solar arrays with moderate wind loads
  • Low-height installations where tensile stress is minimal
  • Foundations for cable trays, fencing, and light infrastructure

Strategic Endorsements

Backed by leading energy and climate authorities

Ministry of Energy & Public Utilities

O. Sewtohul, Director, Energy Efficiency

"We wish you every success in implementing your solar energy project."

Gold Standard

Dr. Fiona Perera

"The core of your concept note is built upon the use of EPDs… NEEDCs and VERs are comparable."

Building Global Impact

Your investment will fund a revolutionary solar project that demonstrates how EPD-rated materials can maximize carbon offset value. We're not just building solar panels—we're creating a new standard for climate-positive infrastructure that powers 400+ homes while pioneering embedded carbon methodology for global scalability.

400+
Homes Powered
Article 6
Registry Alignment
Global
Scalable Model

We're seeking aligned investors who value impact, innovation, and premium returns. Let's transform Mauritius—and set a new global benchmark.

Ready to Fund the Future?

Join us in building next-generation solar infrastructure with maximum carbon impact.

Alexander Morgan

Project Director

Fund This Build