PwrCor stands alone as the leader in ultra-low heat-to-power conversion technology opening new, previously unexploited global markets
The technology breakthrough exceeds cycle efficiencies of competing conventional power cycles and now enables PwrCor to exploit applications and markets, such as Data Centers, which previously could not effectively utilize their low temperature wasted heat, but now can economically convert that heat into useful power.
Data centers house servers and similar equipment that use enormous amounts of electricity. In the process of powering the performance of the equipment, that electricity is subsequently transformed into large amounts of low-grade heat. In fact, more than 98 percent of electricity used to power the electronic equipment in data centers is shed as wasted low-grade heat energy. Furthermore, additional electricity is required to cool the data center electronics to keep the equipment operating safely and at optimal performance. PwrCor’s technology can now convert the vast amounts of data center heat to electricity positively effecting the bottom line of data center operations by reducing the amount of purchased electricity while reducing cooling requirements and its required power.
Based on a proprietary thermodynamic cycle, PwrCor’s technology breakthrough achieves unparalleled thermal efficiencies for a closed cycle piston engine operating at low temperature. The increase in efficiency gives PwrCor an unprecedented competitive advantage. The efficiency advancements resulted as part of PwrCor’s ongoing research and development program with its exclusive technology partner, a leading internationally recognized research institute.
The work performed, and validated, by the research institute on PwrCor’s power cycle is proprietary and exclusive to PwrCor. The breakthrough has resulted in an engineering enhancement that uniquely keeps heat energy in PwrCor’s thermodynamic cycle, boosting engine efficiency by 33-35%.
As Tom Telegades, CEO of PwrCor, stated, “The engineering enhancement that was developed, and that PwrCor is now exclusively commercializing, is truly an engineering and scientific breakthrough in thermodynamics. At the operating temperatures currently being addressed by PwrCor’s technology, the efficiencies now exceed that of most thermodynamic power cycles, including the Rankine Cycle, used in many applications, as well as the Organic Rankine Cycle used in Waste-Heat-to-Power, Geothermal, and Solar Thermal power applications.”
The advancements afford a substantial increase of the potential maximum cycle efficiency of PwrCor’s proprietary power cycle while also realizing higher actual operating efficiency with its latest engine design. The design enhancements are expected to reduce the overall cost per kW output of the PwrCor engine, and will have little impact to the size of the engine, resulting in significantly greater power output within the same general footprint.
PwrCor is currently engaged in discussions with leading companies in such industries as fuel cells and reciprocating engines, and on additional project initiatives in oil and gas, solar thermal, and data centers, all of which have enormous amounts of wasted ultra-low-grade heat that can now be converted to additional power, contributing to higher profits. The technology cost-effectively converts heat to mechanical power or electricity, and represents a breakthrough for those corporations which can now profit from converting wasted heat into electrical power.
About the PwrCorTM Technology
PwrCorTM engines use proprietary technology that can cost effectively convert ultra-low-grade heat into usable mechanical or electrical energy, opening up an immense market representing hundreds of gigawatts of potential power production. This is wasted energy that previously could not be economically harnessed as usable power by competing technologies. PwrCor's breakthrough technology can change the profile of how energy is created and consumed in markets around the globe, and can be used in place of or in conjunction with almost all existing technologies. PwrCorTM is a completely ‘green’ technology that uses no fossil fuels, does not operate via combustion, has no emissions, and does not process any working fluids that are flammable, harmful to the environment, or costly to replace. PwrCorTM is scalable, modular, and runs relatively silently, all within a small footprint.
About the PwrCorTM Technology
PwrCorTM engines use proprietary technology that can cost effectively convert ultra-low-grade heat into usable mechanical or electrical energy, opening up an immense market representing hundreds of gigawatts of potential power production. This is wasted energy that previously could not be economically harnessed as usable power by competing technologies. PwrCor's breakthrough technology can change the profile of how energy is created and consumed in markets around the globe, and can be used in place of or in conjunction with almost all existing technologies. PwrCorTM is a completely ‘green’ technology that uses no fossil fuels, does not operate via combustion, has no emissions, and does not process any working fluids that are flammable, harmful to the environment, or costly to replace. PwrCorTM is scalable, modular, and runs relatively silently, all within a small footprint.
About PwrCor, Inc.
PwrCor, Inc., is an advanced technology company that specializes in renewable energy, offering advanced cleantech solutions for the Waste-Heat-to-Power, Geothermal, and Solar Thermal markets, as well as other applicable markets. PwrCor is also focused on energy infrastructure development projects and delivering cleantech energy solutions to commercial and not-for-profit customers. Please visit our website at www.pwrcor.com for additional information.
- Wednesday, June 12, 2019 - USA: New Technology Can Salvage Additional 15% Power from Discarded Geothermal Fluids
- Tuesday, January 9, 2018 - USA, California: Successful Trial Runs of Ultra-Low-Grade Geothermal Heat Engine
- Thursday, October 19, 2017 - USA, California: Surprise Valley Hot Springs Geothermal Power Plant to be Installed Next Month
- Tuesday, March 21, 2017 - USA, California: Name Change for Company Involved in Surprise Valley Hot Springs Geothermal Project
- Wednesday, January 4, 2017 - USA, California: Engine Promises Electricity From 190 Degree F Geothermal Resource
- Wednesday, January 14, 2015 - USA, California: Surprise Valley Geothermal Power Project Gets Million Dollar Grant
