Pramac is proud to support Swimsol GmbH in the deployment of a new renewable energy solution for the RIU Palace Resort, located on Kedhigandu in the Dhaalu Atoll, Maldives.

The installation strengthens the resort’s commitment to sustainable operations through an expanded rooftop solar system and a fully integrated Pramac battery energy storage solution.

The project includes 1,074.57 kWp of flat‑roof photovoltaic panels and a 1,064 kWh Pramac battery system, which is an extension to an already installed 902 kWp solar system, engineered to connect directly to the island’s isolated grid. Delivered in a pre‑engineered container, with all components built in, the Pramac system significantly reduced on‑site work and enabled a smooth and rapid commissioning process.

 

Addressing the Energy Challenges of Island Environments

With more than 1,000 islands scattered across the Indian Ocean, the Maldives cannot rely on interconnected transmission lines. As a result, each island must independently generate power, relying heavily on diesel generators, a costly and carbon‑intensive solution.

Swimsol specializes in solar and hybrid energy systems tailored to these unique environments. Through advanced grid simulations and custom configurations, their goal is to help customers meaningfully reduce diesel consumption and enhance energy resilience.

The partnership with Pramac provides reliable, ready‑to‑install energy storage systems that maximize solar utilization and support stable grid operation.

 

A Reliable, Efficient and Operationally Immediate Solution

During daylight hours, the solar array powers the resort and charges the Pramac battery. The stored energy is then fed into the island grid when needed, reducing generator usage during morning hours and periods of higher demand.
Thanks to this system, the RIU Palace Resort can now operate with only one generator out of four, reducing fuel consumption, cutting emissions, and improving overall operational sustainability.
The solar system saves approximately 800,000 liters of diesel per year and avoids around 2,120 tons of CO₂ emissions, equivalent to an annual economic saving of around €540,000.
Additionally, by reducing generator operation by approximately 8 hours per day, the battery system contributes to further operational savings estimated at ~€20,000 per year.

These combined benefits highlight the strong operational and economic value of integrating solar generation with battery storage in remote locations.

 

A Commitment to Cleaner, Smarter Energy

This project reinforces Pramac’s dedication to delivering reliable and efficient renewable energy solutions for challenging environments. By integrating solar generation with advanced battery storage, resorts and remote facilities can significantly reduce operational costs, strengthen their energy independence and minimize environmental impact.
Pramac remains committed to supporting customers worldwide with robust, ready‑to‑deploy technologies designed to meet real‑world energy needs and accelerate the transition to cleaner, smarter power systems.

As Swimsol notes, “The containerised system arrived fully equipped and required minimal on‑site work. After a short testing phase, it was ready to operate and support the island grid, helping our client reduce their daily reliance on diesel generators.”