300 kW: this is the solar panel installation achieved by Energías Renovables HG in Palma de Mallorca.
The energy transition to clean and sustainable sources continues to gain ground in Spain, driving emblematic projects that make a difference in key infrastructures.
The city of Palma de Mallorca recently saw the completion of a 300 kW solar photovoltaic installation, a milestone that reinforces the local commitment to efficiency and the environment. This article details the technical aspects, benefits and scope of this project executed at the EMAYA water treatment plant.
Technical details of the installed solar plant
Main system components
- 416 TW SOLAR 720W bifacial solar panels: these panels capture solar radiation from both the front and the back, maximizing energy yield.
- 3 three-phase Huawei 100 kW inverters: ensure efficient conversion of the energy generated, adapting it for use in the water treatment plant’s power grid.
- Schneider protection system: each phase of the installation incorporates high-end safety devices, protecting against overvoltages and guaranteeing the longevity of the system.
Project execution
The award of this contract was a technical and logistical challenge. Energías Renovables HG was the company in charge of carrying out the execution after winning the public bidding, complying at all times with the requirements of the specifications and the highest quality standards in the finishes, a hallmark of the company.
Advantages of a 300 kW solar plant on a water treatment plant
Reduction of energy costs
Thanks to the installation of this photovoltaic plant, EMAYA will be able to experience a significant reduction in its electricity bill. It is estimated that the annual production will exceed 500,000 kWh, covering an important part of the energy needs of the water purification process.
- Decreased dependence on the conventional power grid.
- Protection against energy price increases.
- Possibility of amortization of the investment in a few years.
Contribution to environmental sustainability
Reducing the carbon footprint is another key benefit. By harnessing a renewable source such as the sun, it is estimated that the solar plant will avoid the emission of hundreds of tons of CO2 per year. This positive impact transcends the installation itself, aligning with European decarbonization targets.
Quality and guarantees in execution: the HG Renewable Energy seal of approval.
Each project developed by Energías Renovables HG stands out for its exhaustive quality control and attention to detail. At the EMAYA plant, special emphasis has been placed on the selection of components, relying on leading brands such as TW SOLAR, Huawei and Schneider, to ensure a long service life and safe operation.
Guarantees offered
- Product and performance warranty on panels, inverters and protections.
- Technical supervision during the entire construction process.
- Delivery in due time and form, strictly complying with the stipulated deadlines.
Regulatory compliance and adaptation to the particularities of the industrial environment ensure optimal system integration.
Why trust in Energías Renovables HG?
Energías Renovables HG has established itself as a benchmark in the industrial sector of clean energy in the Balearic Islands. Its wide experience, the use of first quality materials and the precise execution of each project, guarantee optimal results both in performance and durability.
Having a reliable partner for the installation of solar solutions is key to maximize the return on investment and ensure the energy transition of critical infrastructures. Thanks to its professionalism and commitment, Energías Renovables HG continues to make a difference in the implementation of renewable energies in the region.
The commitment to solar energy in industrial environments such as EMAYA’s water treatment plant is an essential step towards sustainability and efficiency. To discover how similar projects can be adapted to different needs, it is recommended to consult with specialized professionals such as Energías Renovables HG and assess the multiple advantages of clean energy.