Steve is one of our renewable energy experts. He leads DNV GL’s world class testing and measurement teams dedicated to improving the performance and cost-effectiveness of wind, solar, and power storage technologies.
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We have analyzed more than 65 GW of operating wind assets and we test hundreds of batteries annually at our laboratories.
DNV GL's wind andbattery testing
Project developers, owners, lenders, and investors need to know that the equipment and technologies they use in their projects will be reliable and generate power according to expectations. DNV GL measures solar and wind resources, wind turbines, solar panels, batteries, and associated equipment to provide the industry with unbiased data and information about performance, durability, and energy production. Our wind testing primarily occurs in the field, testing wind turbines for performance relative to warranty, and prototype machines, so manufacturers can better understand real-world performance. Our main battery testing laboratory is in Rochester, New York.
In 2050, we predict that more than two thirds of global electricity production will come from wind and solar energy sources. Despite this optimistic outlook it is not enough to achieve the climate objectives of the Paris agreement to limit global warming to below 2°C.
Some of the things Steve can help you with:
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resourcesDNV GL’s second annual Battery Performance Scorecard provides independent ranking and evaluation of battery vendors based on testing performed in DNV GL’s laboratories.
DNV GL's fourth edition of the PV Module Reliability Scorecard analyzes the reliability and durability of PV modules commercially available on the global market.
Your one-stop guideline for safe and sustainable grid-connected energy storage.
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