Grid Independence

Excess solar energy stored in batteries can be used on-site during the night, entirely eliminating the need for public grid supply. Additionally, properties situated in remote areas or locations with unreliable energy sources can operate completely autonomously. Hybrid inverters can be included to allow access to grid energy in case of emergencies, ensuring a reliable energy supply even in unexpected situations.

Flexible Configuration

Our systems can be tailored to meet the specific needs of each location, ensuring the most efficient and sustainable on-site energy supply. Options include:

  • Battery storage for night-time use and backup capacity,

  • Hybrid systems with grid connection for additional flexibility,

  • Emergency generators to guarantee supply even if both batteries and grid access are unavailable,

  • EV charging infrastructure integrated into the system design..

CO₂ Reduction

By switching to a Solarzap sustainable energy system, a holiday park with around 300 units and an annual energy consumption of 2,000,000 kWh avoids approximately 656 tonnes of CO₂ emissions per year. This reduction is equivalent to removing about 450 cars from the road or planting roughly 31,000 trees

Increased Investment Returns

Lower energy-related costs lead to improved yields for park operators, leisure property owners, and developers — resulting in higher overall property value.

Higher Yields for Developers

Lower operating costs increase yield on cost for developers, thereby enhancing conditions for leveraged development financing..

Energy Independence

Energy independence provides a strategic hedge against geopolitical risk, market volatility, and rising energy prices by securing a reliable on-site energy supply. By reducing exposure to volatile fossil fuel markets, renewable energy lowers operational expenses and provides long-term cost predictability.