Own a Solar Asset in One of Europe's Most Profitable Sun Regions

Andalusia is not just sunny. It is one of the highest-yield solar investment locations in Europe. With up to 3,000 hours of sunshine per year, solar infrastructure here generates significantly higher energy output — and therefore stronger financial performance — than in most European markets.

For sophisticated investors, this is not about panels. It is about owning a long-term infrastructure asset with predictable cash flow.

Infrastructure-Level Stability. Private-Investment Accessibility.

Solar power plants combine the resilience of real estate with the scalability of modern energy infrastructure. In Andalusia, the high level of solar irradiation allows investors to benefit from:

• higher annual energy production per installed kW
• faster capital recovery timelines
• stable, forecastable long-term income
• lower exposure to climatic volatility

This is why institutional capital is increasingly allocated to renewable infrastructure. Now the same asset class is accessible to private investors.

A Region Designed by Nature for Energy Yield

Andalusia offers a rare combination of investment advantages:

• one of the highest solar irradiation levels in Europe
• exceptional number of clear-sky days
• stable long-term climatic patterns
• established renewable energy infrastructure
• strong EU-driven energy transition policies

This creates an environment where solar assets are not speculative — they are strategically positioned income-generating infrastructure.

Beyond Returns: Strategic Portfolio Positioning

For high-net-worth investors, solar infrastructure represents:

• diversification away from traditional asset classes
• inflation-resilient cash-flow generation
• participation in the global energy transition
• long-term asset appreciation potential
• legacy-grade sustainable investment

Each day of sunlight becomes a measurable financial output.

Invest Where Energy, Policy and Climate Align

Andalusia stands at the intersection of natural advantage and structural energy demand. This alignment is what defines next-generation infrastructure investments.

The scale of your solar power plant is entirely flexible and depends on your investment objectives and budget. The minimum investment starts at just 1 kW of installed capacity.

Within a single large-scale solar power plant, investors acquire a share of the capacity in the form of investment units—clusters. One cluster comprises three solar panels, each with a unique identification number. The total output of a single cluster corresponds to 1 kW of installed capacity. The minimum investment is 1 cluster = 1 kW (3 panels).

By purchasing a cluster, you become a co-owner of part of the power station and are entitled to a proportional share of the income from the generation and sale of electricity. Investors do not need to deal with technical or administrative matters — we take full responsibility for managing the asset.

We provide:

• round-the-clock monitoring of the plant's operation (24/7)
• maintenance, diagnostics and, where necessary, replacement of equipment
• the sale of all electricity generated

Based on data on the performance of solar power plants in the Andalusia region, the projected return on the project is 15% per annum.

This model represents an investment in energy infrastructure that is comparable in terms of reliability to property, but with a lower entry threshold and higher potential returns.

We are implementing our first large-scale solar power plant project with a total capacity of 250 kW in the industrial zone of Marbella (province of Málaga, Andalusia) — one of the sunniest regions in Europe. The project is being implemented using an innovative investment model: the power station is divided into 1 kW energy clusters available to private investors, whilst operation and management are carried out centrally by Fusion Co.

Strategically advantageous location

The power plant is situated in an industrial zone with optimal conditions for solar energy generation:

• a region with high levels of solar insolation
• a south-facing surface with a 15° tilt for maximum output
• an elevation of approximately 100 m above sea level
• site area — approximately 1,000 m²

These parameters ensure maximum efficiency of the solar panels and stable energy generation.

Self-sufficient energy consumption model

The power station operates on a local consumption model:

• all electricity generated is used directly on site
• no grid tariffs or additional transmission costs
• the project's economic efficiency is enhanced

This enables a more predictable and stable return on investment.

High predictable electricity generation

The region's high level of solar activity ensures stable generation and the project's long-term investment appeal.

A second project in Estepona with a total capacity of 230 kW. The project is being implemented using an innovative investment model: the power station is divided into 1 kW energy clusters available to private investors, whilst operation and management are carried out centrally by Fusion Co.

Excellent location

The power station is situated in an area with optimal conditions for solar energy generation:

• a region with high levels of solar insolation
• a south-facing surface with a 10°–20° tilt, ideal for maximum output
• an altitude of approximately 30 m above sea level
• a footprint of 920 m²

These parameters ensure maximum efficiency of the solar panels and stable energy generation.

Off-grid energy consumption model

The power station operates on a local consumption model:

• all electricity generated is used directly on-site
• no grid tariffs or additional transmission costs
• the project's economic efficiency is enhanced

This enables a more predictable and stable return on investment.

High predictable electricity generation

The region's high level of solar activity ensures stable generation and the project's long-term investment appeal.