Project Stories

The thousandth wind turbine built by JUWI is located in Mohlis. The commissioning of this turbine highlights JUWI's many years of experience and expertise.

With the installation of a total of 480,000 photovoltaic modules in sunny Pavant, JUWI has established itself as one of the most successful solar energy project developers in the United States.

At the Röckingen solar power plant, JUWI has contributed to increasing biodiversity by planting hedges, flowering meadows and more to to create compensatory measures.

The innovative battery storage project in Schmölln not only strengthens the security of supply in the region but also makes an important contribution to stabilizing the power grid.

By renewing its collaboration with JUWI, the multi-service company WISAG is not only securing green electricity for the long term, but also taking a major step toward its goal of CO₂ neutrality.

The solar-battery storage project in Sukari has saved around 60,000 tons of CO₂ annually. The innovative energy system combines a high-performance PV system with a modern battery storage system.

Fleximaus is a modern, digital control tool used in Thaden that was specifically developed to regulate the shutdown times of wind turbines to ensure species protection.

Amidst the vast agricultural landscapes of Central Greece a modern solar power plant makes an important contribution to the region's sustainable energy supply.

An existing natural gas pipeline ran directly through the planned construction site, which required precise planning and close coordination with the relevant authorities.

The first project to successfully participate in the renewable energy (RES) feed-in tariff (FiT) auctions and was successfully sold to ETVA.

In Messolongi, Western Greece, JUWI is proving with the HELIATOR project how sustainable energy can be reliably generated even under demanding conditions.

A solar power plant in the immediate vicinity of an oil refinery – a location that, due to the extremely strict HSE regulations, placed particularly high demands throughout construction phase.