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Renewable energy to power the industry of the future

We develop generation and storage infrastructure capable of transforming renewable resources into a competitive, stable energy supply prepared for the needs of the technology industry.

Learn more

Renewable energy
to power the industry
of the future

We develop generation and storage infrastructure capable of transforming renewable resources into a competitive, stable energy supply prepared for the needs of the technology industry.

Learn more
  • Renewable energy

The backbone of the system

Renewable generation is the backbone of the Premier Group model. We develop photovoltaic and wind projects, as well as BESS storage systems, both as independent assets and integrated into data centers and industrial complexes with high energy demands.

This combination allows for the design of solutions adapted to the demand of each project, reducing dependence on the electricity market and moving toward more stable, competitive, and sustainable supply models.

Solar energy

Transforming solar resources into energy infrastructure

Premier Group develops large-scale photovoltaic solar farms, from site identification and securing to engineering, permitting, electrical connection, and asset development.

Projects are designed to maximize the use of available irradiation and optimize production during daylight hours. Depending on the characteristics of each site, they can incorporate solar tracking systems and be combined with BESS storage to preserve generation surpluses and use them when demand or system conditions require.

This capability allows for the development of both independent photovoltaic plants and energy systems intended to supply industrial and technological infrastructures. Premier Group’s portfolio includes solar and hybrid projects in various international markets.

Wind Energy

Harnessing the wind to generate large-scale energy

Premier Group develops onshore wind farms in locations selected for the quality of their resource, their connection capacity, and their integration within the energy system planned for each project.

Development includes site analysis, wind resource assessment, farm design, electrical infrastructure, connection and energy evacuation, permits, and asset structuring.

In addition to operating as independent generation projects, wind farms can be directly integrated with large industrial consumers. Projects such as Gamarra or Ali exemplify this approach, with facilities designed to harness local wind resources and with the potential for integration within the energy-industrial ecosystem developed by Premier Group in Euskadi.

BESS Batteries

Storing energy to use it when it adds the most value

BESS systems allow electricity to be stored in batteries and subsequently released in a controlled manner. For Premier Group, they constitute a fundamental piece for managing the variability of renewable sources and transforming solar and wind generation into a much more flexible energy resource.

These systems allow for the storage of surpluses, shifting energy between different times of the day, managing peak demand, and providing stabilization and flexibility services to the electrical grid.

Premier Group develops both independent BESS facilities and integrated solutions with photovoltaics and wind. Its portfolio includes projects with several hours of storage in Spain, Portugal, and Japan, as well as hybrid configurations where batteries act as a central element to coordinate different generation sources.

  • Applications

Energy adapted to every need

From powering critical infrastructure to grid stabilization, our projects combine generation and storage to meet large-scale industrial consumption and create more flexible and autonomous energy systems.

001

Data centers

Renewable generation and storage intended to cover the high energy needs of data centers, artificial intelligence, HPC, and digital services with continuous operation.
002

Advanced industry

Solutions designed for industrial facilities that need large amounts of energy and require stability, competitiveness, and security of supply.
003

Energy storage

BESS systems store renewable surpluses and allow them to be shifted to times of highest demand, providing management capacity, flexibility, and greater continuity of supply.
004

Hybridization systems

The integration of solar, wind, and batteries allows for taking advantage of the complementarity between technologies and obtaining more balanced generation profiles than those of a single renewable source.
  • Projects

Energy infrastructure
for a better future

Premier Group brings together photovoltaic, wind, BESS projects, and hybrid facilities developed to take advantage of the characteristics of each territory and respond to different energy needs.

From wind farms to systems that combine solar and storage or PV + Wind + BESS hybrid solutions, each project is designed around its energy resource, connection capacity, and purpose within the system.

View all projects
  • Portugal

Ferreira do Alentejo

A 100 MW battery energy storage system located in Sines, Setúbal District. Sines is home to the country’s largest deep-water port and a high density of solar and green hydrogen projects, establishing itself as Portugal’s main energy and industrial hub. Its high-capacity grid connections and strategic role in international subsea data and power cables make it an essential location for balancing large-scale renewable fluctuations and ensuring the quality of the industrial supply.
  • Surface Area: 0,35ha
  • Portugal

Pegoes

A 100 MW battery energy storage system located in Sines, Setúbal District. Sines is home to the country’s largest deep-water port and a high density of solar and green hydrogen projects, establishing itself as Portugal’s main energy and industrial hub. Its high-capacity grid connections and strategic role in international subsea data and power cables make it an essential location for balancing large-scale renewable fluctuations and ensuring the quality of industrial supply.
  • Surface Area: 0,35ha
  • Portugal

Alcochete

100 MW battery storage system located in Sines, Setúbal District. Sines is home to the country’s largest deep-water port and a high concentration of solar and green hydrogen projects, establishing itself as Portugal’s main energy and industrial hub. Its high-capacity grid connections and strategic role in international submarine data and energy cables make it an essential location for balancing large-scale renewable fluctuations and ensuring industrial supply quality.
  • Surface Area: 0,35ha
  • Japan

Bibai

30 MW / 91.44 MWh battery storage project in advanced development. Connection point secured (66 kV, Hokkaido Electric Power). Land secured with signed contract. Target COD Q1 2029.
  • Surface Area: 0,3ha
  • Japan

Hachinohe

15 MW / 127.5 MWh battery storage project. Grid connection point secured (66 kV, Tohoku Electric Power). Land acquired through a purchase agreement.
  • Surface Area: 0,65ha
  • Japan

Ueda

30 MW / 91.44 MWh Battery Energy Storage Project. Grid connection secured (77 kV, Chubu Electric Power). Land acquired.
  • Surface Area: 0,3ha
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