Industrial and Energy Assets
Ready for Consolidation
At Premier Group, we develop and structure industrial and energy infrastructure projects designed to generate value from the early stages of their lifecycle through their RTB (Ready-to-Build) status. We offer access to investment-ready assets: valid permits, secured connections, and optimized contracts. Below is a selection from our portfolio.
Category
Country
- Spain
El Lobo
Modular and scalable Edge Data Center, 100% powered by its own renewable energy (solar + wind). Geared towards AI, HPC, and low latency for the Valencian Community and Southern Europe. Approved as a Project of Autonomous Interest (PIA) by the Generalitat Valenciana in April 2026.
- Spain
Premier Quantum
Europe’s first synthetic diamond semiconductor factory (using MPCVD) located in Vitoria-Gasteiz, 100% powered by local wind energy. It produces single-crystal diamond wafers as an intermediate product and final chips for high-power applications (EVs, AI, defense, 5G/6G). The first facility of its kind in Europe.
- Spain
Gamarra
The Gamarra Wind Farm (44.91 MW) is located in the municipalities of Arratzua-Ubarrundia and Elburgo, Álava (Basque Country). It comprises 9 wind turbines with an estimated annual production of 118,255 MWh. The site boasts an average wind resource of 6.24 m/s, a robust value for a Spanish onshore wind farm, ensuring stable and competitive generation. Power evacuation is achieved via direct connection to the “Gamarra” substation at 30 kV, owned by I-DE Redes Eléctricas. This project aligns with Premier Group’s strategic industrial development in Euskadi, offering potential for integration with the Vitoria-Gasteiz diamond semiconductor factory as a local renewable energy supplier.
- Spain
Ali
A 9.98 MW wind farm located in the municipality of Elburgo (Álava, Basque Country), comprising 2 wind turbines capable of generating approximately 25,510 MWh annually. The site’s wind resource, with an average wind speed of 6.1 m/s, is consistent with the profitability standards for onshore wind power in Spain and ensures efficient operation throughout the asset’s lifespan. The energy generated is directly evacuated to the “Ali” 30 kV substation, part of I-DE Redes Eléctricas’ grid infrastructure, which simplifies integration into the electrical system. As part of Premier Group’s industrial strategy in Euskadi, the Ali project aims to serve as a renewable supply source for the future diamond semiconductor factory in Vitoria-Gasteiz, contributing to the region’s energy-industrial value chain.
- Spain
Orcoyen
A 24.95 MW wind farm located in Puente la Reina (Navarra), one of the autonomous communities with the greatest tradition and maturity in wind energy development in Spain. Its 5 wind turbines harness an exceptional wind resource of 7.49 m/s, clearly above the national onshore wind average, resulting in an estimated production of 94,145 MWh/year and a very competitive generation profile. Power evacuation is carried out at a high voltage of 66 kV through the “Orcoyen” substation owned by I-DE Redes Eléctricas, ensuring a robust grid connection suitable for the project’s capacity.
- Spain
Hernani
A 9.98 MW wind power facility located in Villabona (Gipuzkoa, Basque Country), consisting of 2 wind turbines that capitalize on the characteristic wind conditions of the Gipuzkoan Atlantic environment. With an average resource of 6.7 m/s, the site offers solid energy performance reflected in an estimated production of 28,085 MWh/year. The generated energy is fed into the grid via a 30 kV connection to the “Hernani” substation, an infrastructure owned by I-DE Redes Eléctricas, ensuring efficient technical integration into the peninsular power system.
- Spain
Aqua
A 24.95 MW Battery Energy Storage System located in Valencia, in the heart of Spain’s Mediterranean corridor. The area hosts some of the country’s largest port and industrial activities, generating continuous demand for peak shaving and grid stabilization services. The Valencian Community leads solar power generation growth in Spain, and the AQUA project is conceived as critical infrastructure to integrate this renewable power and efficiently manage consumption peaks in the Mediterranean corridor.
- Spain
Alcalá de Guadaíra
A hybrid photovoltaic project with battery storage located in the Seville metropolitan area, within one of the most productive solar corridors on the Iberian Peninsula. The site, featuring completely flat terrain on secured land, allows for streamlined construction without the need for significant civil works. Power evacuation is channeled through an underground line running entirely through public land, eliminating expropriation risk. The solar tracking system maximizes irradiation capture throughout the day, while the 4-hour BESS module provides dispatch flexibility and arbitrage capacity in the wholesale market.
- Spain
Aljarafe
Hybrid PV-BESS installation in La Rinconada, in the northern metropolitan area of Seville, a region with one of the highest solar irradiation rates in Europe. The fully secured, flat land guarantees frictionless construction and stable long-term operation. The underground evacuation line primarily utilizes public land, minimizing expropriation risk. The combination of photovoltaic generation with a tracker and 4-hour storage offers an optimized production profile to maximize revenue in the energy market and adjustment services.
- Spain
Palmeral
A hybrid photovoltaic project with battery storage located in Alicante, a region boasting one of the highest solar irradiation rates in the Valencian Community and throughout Spain. The site, characterized by completely flat terrain, requires only superficial clearing, which simplifies and reduces the cost of the construction phase. The underground evacuation line runs almost entirely over public land, practically eliminating any need for expropriation. The 4-hour storage module provides the asset with significant energy management capability, positioning it to capture value in both the wholesale market and grid flexibility services.
- Spain
Secadal
A triple hybrid asset—photovoltaic, wind, and BESS—designed as an integrated energy-industrial ecosystem in Castile and León, one of the regions with the greatest wind and solar resources on the Peninsula. The complementarity between daytime solar generation and nocturnal and seasonal wind generation creates a more stable and continuous production profile than any single technology, maximizing the use of connection capacity and structurally reducing the risk of curtailment. The 15.275 MW BESS module acts as the backbone of energy management, storing surpluses, providing flexibility services to the grid, and enabling the asset to operate as a manageable virtual power plant. The project has signed land agreements on non-urban rural land, and the underground evacuation line connects to the Valladolid Substation at 13.2 kV via I-DE.
- Portugal
Alcochete
50 MW Battery Storage System. The site boasts a strategic location due to its proximity to major electrical infrastructures and the Lisbon metropolitan area, one of the country’s primary consumption centers. This position maximizes the value of storage, facilitating the integration of renewables, providing flexibility services, and optimizing energy flows in a key area of the Portuguese electrical system.
- Portugal
Pegoes
A 50 MW battery energy storage system. The site stands out for its strategic position, with access to an area of high importance for the electrical system and proximity to major grid infrastructure and renewable generation. This location offers high potential to optimize renewable integration, provide system flexibility, and improve energy flow management along the axis.
- Portugal
Ferreira do Alentejo
A 50 MW battery energy storage system. The site is located in one of Portugal’s primary renewable generation development zones, particularly for solar power, offering a strategic opportunity to capture and shift production surpluses. This combination allows for maximizing renewable energy utilization, providing flexibility and stability to the grid, and optimizing energy flows in this region of the country.