In a pilot project in Oud-Heverlee (Belgium), ENGIE Laborelec is carrying out a real-world test to reduce residents’ dependence on the grid and maximize their renewable energy self-consumption.
In addition to end-of-warranty inspections, ENGIE Laborelec increasingly provides auditing services for wind turbines 10 to 15 years old. This helps owners decide whether and how they should further invest in these first-generation turbines.
ENGIE Laborelec’s PV HealthScan is a gamechanger for assessing and remediating underperformance in large PV installations. In 2021, our scan base has grown to 30 sites, representing more than 700 MWp.
In 2021, ENGIE Laborelec worked with OEMs to scrutinize the methodology for gas turbine maintenance interval extension (MIE), confirming that our approach is safe and can be used in most gas power stations.
ENGIE Laborelec has developed an innovative method to assess whether PV plant design and inverters comply with the grid code, involving setting up a sophisticated test bench.
ENGIE Laborelec is partnering in FORWARD2030, an EC-funded project aiming to demonstrate the viability of a zero-carbon energy system which combines wind and tidal energy with energy storage solutions and green hydrogen production.
ENGIE Laborelec have deployed their reputed energy management system (EMS) to help port service provider Luik Natie maximize self-consumption of onsite renewable power production. Luik Natie offers warehousing and related transport services on the left bank of the Scheldt in…
Power plant turbo groups are increasingly at risk of suffering damage from torsional vibrations. ENGIE Laborelec has developed and commercialized a cost-efficient early warning detection system.
ENGIE Laborelec is participating in a research project aimed at developing better prevention and mitigation strategies for handling leading-edge erosion (LEE) in offshore wind turbines.
