National Renewable Energy Laboratory Golden Co
National Renewable Energy Laboratory Golden Co – Our modern facilities are available to industrial contractors, engineers, scientists and universities to research and develop their energy technologies.
Our scientists and engineers who manage these laboratories and facilities are ready to collaborate and share their expertise with you.
National Renewable Energy Laboratory Golden Co
The 327-acre campus in Golden, Colorado houses many laboratories and administrative offices. With a commitment to sustainable operations, the main campus has several LEED Platinum buildings with multiple renewable energy installations on site.
United States Department Of Energy National Laboratories
Located approximately 5 miles south of Boulder, the National Wind Energy Technology Center provides specialized facilities and provides critical technical support for wind energy development. The center provides the wind energy industry with all aspects of technical support required to develop new wind turbine designs. Wind scientists with experience in water movement and structural testing are now harnessing the power of flowing water to help the nation advance new energy technologies.
The 185,000 square foot LEED Platinum Energy Systems Integration Facility (ESIF) is the only facility capable of conducting megawatt-scale integrated testing of the components and techniques needed to move large amounts of clean energy to the grid. ESIF includes 15 specialized laboratories that organizations can collaborate on energy system integration projects. Explore ESIF’s interactive infographic to learn more.
Completed in 2010, the High Performance Research Support Facility (RSF) is a model for new office buildings and living laboratories built for sustainability. RSF has been awarded LEED Platinum status by the US Green Buildings Council for its energy efficiency and extensive use of recycled and recycled materials. Energy-efficient features include daylighting, natural ventilation, a state-of-the-art data center and rooftop solar panels. Learn more about RSF.
Photovoltaics (PV) and basic energy science are conducted at the Solar Energy Research Facility (SERF). The laboratory is used to develop semiconductor materials for high-efficiency crystalline solar cells, develop prototype solar cells and analyze semiconductor devices used to manufacture solar cells, research hydrogen production and storage, and measure and characterize the performance of solar cells and modules. Learn more about SERF.
Nrel’s Research Support Facilities Strive For Net Zero Energy
Researchers at the Science and Technology Factory (S&TF) conduct advanced research in solar cells, thin films and nanostructures. S&TF was the first LEED Platinum building in the federal system and was completed in 2006. S&TF has nine advanced materials synthesis labs, characterization and general support labs and an ISO 5 (Class 100) clean room.
The Field Test Laboratory Building (FTLB) is the main research building on campus. Its laboratory supports many projects, but is mainly devoted to biomass research. Researchers at FTLB study waste management, materials recycling and enzymology (the study of microbes and enzymes) needed to make alternative biomass fuels cost-competitive. The center of the building is a greenhouse for growing raw materials including algae.
Off-site testing (OTF) testbeds are used to monitor the performance and reliability of photovoltaic (PV) cells, modules and small systems. OTF is like a test track for PV design. Within the OTF, researchers use simulation rooms to test PV technology under extreme and simulated weather conditions. Using this device, the performance and durability of PV products over 20 years old can be estimated in a matter of weeks. Learn more about OTF.
The Integrated Biodiversity Research Institute (IBRF) is a laboratory scale facility that can process up to two tons of dry biomass per day into biofuel. IBRF also includes a small fermentation and elemental analysis laboratory. Elemental analysis allows laboratory researchers to determine (and verify) the amount of sugars present in various plant species used in the biomass industry. Find out more. Working to address the dual challenges of an aging power grid and growing consumer demand for renewable energy, the National Renewable Energy Laboratory – in design collaboration with JE Dunn – was commissioned to design a facility to test and deploy next-generation technologies and advances. In power generation and infrastructure.
A Chlorella Strain Of Algae Grows In A Tent Reactor Developed For Use As A Renewable Fuel At The National Renewable Energy Laboratory April 26, 2013 In Golden, Co Stock Photo
American Society of Heating, Refrigerating, and Air-Conditioning Engineers (ASHRAE) – Technology Award, Second Place – Non-Institutional Building, 2018
Since the goal is the sustainability of the country’s energy supply – research, development, and megawatt-scale testing of transmission-level components – and distribution for future supply and demand systems – the Energy System Integration Plan (ESIF) is necessary to clear and integrate. sustainable energy sources and management; Privileges must lead by example.
A first in the country, ESIF has 200 scientists and engineers in more than 14 state-of-the-art laboratories including advanced test rooms and the world’s most powerful computer data center dedicated to energy efficiency and renewable energy.
Despite the raw energy required for this research, ESIF’s design achieves the greenest workplace by recycling waste energy for underfloor heating and air distribution, using the most efficient technologies available (including computing), among other cooling and ventilation techniques. ESIF was named Laboratory of the Year 2014 by R&D Magazine.
National Renewable Energy Laboratory
There is currently no coordinated system and capacity to test similar components of ESIF in the public or private sector, indicating a clear national need for research and testing at this level.
To support the data analysis required for various research experiments performed at ESIF, this facility is one of the world’s leading data centers. Taking advantage of the regional climate, direct and indirect cooling are used most of the year to meet the environmental limits specified in the ASHRAE Class 1 Thermal Guidelines for Data Centers, rather than using traditional cooling systems. Using direct water cooling data cabinets combined with a hot aisle packaging technique, the high power density data center can operate at a PUE as low as 1.06, making it one of the most efficient data centers in the world. Of all the federal research laboratories in Colorado, the National Renewable Energy Laboratory (NREL) is considered the crown jewel. NREL is a unique research laboratory that pushes the boundaries of renewable energy technologies. Most of the nation’s other federal energy laboratories are legacies of the nuclear age and continue to have some type of mission in that area. NREL is the only facility in the Department of Energy’s portfolio that does not deal with nuclear energy in any way and is the only unit focused on advancing solar, wind, biomass and other renewable energy technologies.
I admit I wasn’t quite prepared for the reception I received when I entered the site. My dear husband was ecstatic that my name was lit as the honor of the visit, and I did my best. This small town girl would not be treated like that. Parking under the solar array that powers the electric car charging station gave us a good indication that this place would be ahead of any group in terms of energy management.
After a two-to-two presentation giving an overview of NREL, we started with a tour of the office building where we are located. Not only does NREL research ways to improve renewable energy technologies like solar, wind, and biofuels, but they also have groups dedicated to improving the energy efficiency of their buildings. Therefore, the entire building was designed not only to increase energy efficiency, but also to test new technologies. The building we are in is a LEED Platinum level building that is 50-70% more efficient than standard buildings. All buildings are oriented along a long axis from east to west, so they can benefit from passive solar energy along their long north and south walls. All south-facing windows are shielded with large blinds or curtains to let in natural light while keeping out the summer heat. I especially like the electrochromic windows, whose color can be changed at the touch of a button. It had snowed the day before our visit, but I can still imagine meeting on the shaded terrace at the end of each floor.
National Renewable Energy Laboratory / Smithgroupjjr
Air circulation is also taken seriously. The roof is angled so that heat rises and escapes through the upper windows. Printers and copiers are hidden in their own rooms, so that noise and smell do not affect people and because when people have to get up to collect their output, they think twice about printing, thus saving paper and energy. The exhaust system doesn’t actually produce any sound, but there is an adjustable white noise system to boost background noise to more effectively capture conversations. There are also “lounges” for small meetings, phone rooms for private conversations, and quiet rooms where people can take breaks for health-related issues (such as migraines) or for nursing mothers to pump.
We also learned about this facility in the future by visiting the research building on biofuels. Because they have more ready-made programs, they can take advantage of stimulus funding that allows them to consolidate teams on one campus from leased space elsewhere. When those buildings were planned, they were designed with expansion in mind to accommodate equipment
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