Projects

Utility-Scale Solar Farms (20–100 MW)

Estimated Investment Range: €40 M – €80 M

Harnessing the sun's abundant energy in high-potential regions with solar coefficients of 5× or greater, our utility-scale solar farms generate massive amounts of clean electricity to power communities and industries.

• •Advanced photovoltaic technology with 24%+ efficiency ratings
• •Minimal water usage with innovative cleaning technologies
• •Local job creation during construction and operation phases
• •Optimized panel arrangement for maximum sunlight exposure

Independent Mini-Grid (100 MWh)

Estimated Investment Range: €8 M – €15 M

Bringing power to remote communities through self-contained solar mini-grids with robust battery storage capacity for up to two days of continuous supply.

• •Energy independence for isolated communities
• •Resilience against grid outages and natural disasters
• •Scalable design to grow with community needs
• •Remote monitoring and maintenance capabilities

Onshore Wind Farms (>20 MW)

Estimated Investment Range: €15 M – €25 M

Our onshore wind developments strategically place modern turbines in optimal wind corridors, maximizing energy generation while minimizing environmental impact.

• •Latest generation turbines exceeding 4MW capacity
• •Advanced noise reduction technology
• •Bird and wildlife protection measures
• •Community benefit programs and local partnerships

Offshore Wind (>50 MW)

Estimated Investment Range: €50 M – €100 M

Capturing the powerful, consistent winds over open water, our offshore installations represent the cutting edge of renewable-energy technology.

• •Floating foundation designs for deep-water applications
• •Corrosion-resistant materials for harsh marine environments
• •High-capacity transmission systems
• •Integrated marine ecosystem monitoring

Small-Scale Wind (5-19 MW)

Estimated Investment Range: €5 M – €15 M

Bringing wind power to the point of use with smaller turbines designed for residential, agricultural, and commercial applications.

• •Rural property supplemental power
• •Agricultural operations
• •Commercial building energy offset
• •Hybrid systems paired with solar

Battery Storage Systems (800 MWh cycle)

Estimated Investment Range: €12 M – €20 M

• •Grid-scale installations exceeding 100MWh
• •Modular designs for scalability
• •Advanced battery management systems
• •Multiple chemistries including lithium-ion, flow batteries, and emerging technologies

Pumped Hydro Storage (500 MW)

Estimated Investment Range: €100 M – €200 M

• •Decades-long operational lifespan
• •Gigawatt-hour scale storage capacity
• •Rapid response to grid demands
• •Integration with existing hydroelectric infrastructure

Thermal Energy Storage (50 MWh)

Estimated Investment Range: €5 M – €12 M

• •Molten salt storage for concentrated solar power
• •Underground thermal energy storage
• •Phase-change materials for building applications
• •Industrial waste heat recovery and storage

Green Hydrogen (10 MW)

Estimated Investment Range: €8 M – €15 M

• •Industrial process decarbonization
• •Heavy transport fuel
• •Long-duration energy storage
• •Grid balancing services

Advanced Biofuels (20 MW)

Estimated Investment Range: €15 M – €30 M

• •Algae-based biofuels
• •Agricultural and forestry waste conversion
• •Industrial CO₂ capture and conversion
• •Cellulosic ethanol production

Next-Gen Grid (Regional Scale)

Estimated Investment Range: €25 M – €50 M

• •AI-powered grid management systems
• •High-voltage DC transmission for long-distance power delivery
• •Virtual power plants integrating distributed resources
• •Advanced forecasting for renewable generation

Thermolysis Plants (15 MW)

Estimated Investment Range: €20 M – €35 M

• •Higher efficiency than conventional electrolysis
• •Potential for integration with concentrated solar thermal plants
• •Reduced electricity requirements for hydrogen production
• •Zero-carbon hydrogen for industrial applications and fuel

Thorium Nuclear Plants (100 MW)

Estimated Investment Range: €200 M – €400 M

• •Abundant thorium fuel resources worldwide
• •Inherently safer than conventional uranium reactors
• •Significantly reduced long-lived radioactive waste
• •Proliferation-resistant fuel cycle