Ingeteam secures EIB electrification R&D loan

Ingeteam has signed a €75m loan with the European Investment Bank to support research, development, and innovation in advanced renewable energy and electrification technologies.

The Spanish company will carry out the programme through its R&D centres in the Basque Country and Navarre. Work will cover photovoltaic inverters, energy storage systems, power electronics, electrical-network cybersecurity, transport electrification, control and automation, and digital intelligence.

The financing is backed by InvestEU and forms part of the EIB Group’s TechEU programme, which is intended to support technology innovation across the European Union. It is Ingeteam’s fifth financing arrangement with the EIB, extending an existing relationship around clean-energy and industrial technology development.

Ingeteam is among Europe’s leading manufacturers of photovoltaic inverters and specialises in electrical energy conversion through rotating electrical machines, converters, inverters, control systems, automation, and digital platforms. The company is headquartered in Zamudio, Spain, and operates in 15 countries.

The investment sits in the equipment and control layer of Europe’s energy transition. Solar farms, wind projects, storage systems, charging networks, industrial electrification assets, and distributed energy systems all depend on conversion equipment that can operate safely, efficiently, and predictably under changing grid conditions.

PV inverters are taking on a wider role as renewable penetration increases. Alongside DC-to-AC conversion, modern inverter systems are increasingly expected to support grid-code compliance, fault ride-through, voltage control, monitoring, communications, and, in some cases, grid-forming operation. Their performance directly affects how renewable assets behave during disturbances, curtailment events, and periods of high system stress.

The cybersecurity element reflects the same direction of travel. Substations, inverters, storage systems, EV charging networks, energy management platforms, and remote monitoring systems are now connected operational assets. Secure authentication, communications integrity, controlled remote access, and resilient software architectures are becoming part of electrical engineering rather than a separate IT concern.

At industrial level, the same convergence could be seen in the power systems displayed at Hannover Messe, where EV charging, battery-backed capacity management, DC distribution, low-voltage controls, and cyber-secure storage systems were presented as connected parts of factory and infrastructure electrification. Ingeteam’s R&D programme follows that combined hardware, software, and control trajectory.

Energy storage will place further demands on this equipment base. Battery projects require power conversion systems, thermal control, monitoring, communications, protection, metering, and dispatch logic that can balance revenue streams with operational limits. As more storage connects to distribution and transmission networks, equipment performance will affect balancing, congestion management, frequency services, and asset degradation.

Transport electrification adds another layer of complexity. EV charging infrastructure needs power electronics and control systems that can manage high loads without creating avoidable network stress. Depot charging, public high-power charging, and fleet electrification all require coordination between grid connection capacity, charger output, on-site management systems, storage, and tariff structures.

European supply-chain resilience is also part of the industrial context. The growth of solar, storage, charging, and grid digitalisation is increasing demand for conversion equipment and electrical control systems at the same time that policymakers are scrutinising strategic dependence on imported clean-energy technologies. European R&D funding for companies such as Ingeteam is therefore tied to both technology development and industrial capacity.

The loan gives Ingeteam additional capital to develop products across generation, storage, transport, and grid security. As electrification moves deeper into industry, buildings, and transport, the value of clean-energy infrastructure will increasingly depend on the reliability and intelligence of the electrical equipment connecting it to the network.