Building on more than 36 years of experience, NRG designs complete systems and instruments that work together seamlessly and suit a variety of climates, terrains, and applications. Our decision support tools provide the data critical for successfully planning your wind or solar energy project from start to finish.
Wind Resource Assessment
Building on more than 30 years of experience, NRG designs complete systems and instruments that work together seamlessly and suit a variety of climates, terrains, and applications.
Wind Plant Optimization
Our turbine control sensors and Lidar technology provide the data you need to maximize the profitability of your project.
Well-suited for solar monitoring applications, NRG's sensors, data loggers, and met systems provide the data you need to maximize the performance of your project.
Solar Resource Assessment
Our solar resource assessment product portfolio offers a complete toolkit for the utility-scale photovoltaic project developer.
NRG Systems' Bat Deterrent Systems keep bats out of harm's way while helping wind plant operators produce more renewable energy more of the time.
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Showing 1-6 of 6 results of Type: "White Papers"
Characterization + Classification of the Class 1 Anemometer for IEC 61400‐12‐1 Compliance
This white paper documents the results and supporting work to characterize and classify the Class 1 Anemometer according to the guidelines documented in the DTU Wind Energy Department’s Accuwind reports and the IEC 61400‐12‐1 Standard.
Developing an Ultrasonic Acoustic Bat Deterrent System for the Wind Industry
Wind turbines have been shown to cause direct mortality to bat species, with bat deaths documented at wind energy facilities around the world. Building upon insights from nature and a great deal of previous research, NRG Systems developed its Bat Deterrent System to mitigate the wind industry's impact on bats. This white paper provides an overview of the development of this pioneering solution.
Post Calibrating the 40C Anemometer in the SOH Wind Engineering (SOH WE) Wind Tunnel
Two procedures – one simplified, one rigorous – are provided in this white paper, defining the process of evaluating SOH WE post-calibrations of 40C Anemometers initially calibrated at Otech.
Power Performance Testing with Stand-Alone WINDCUBE® Lidar
It is well known that the IEC ‐12‐1:2005 methodology requires the use of a hub height meteorological mast to measure the wind conditions upwind of the turbine(s) being tested. In this white paper, it is argued that ground‐based WINDCUBE Lidar technology provides a very similar input for assessing wind turbine performance in simple terrain sites, mimicking the role of an IEC met mast but with a much higher degree of flexibility and at a much lower cost.