New research claims that switching from a traditional water heater to a heat pump may save U.S. homeowners $667 per year. Moreover, transitioning from electric baseboards, furnaces, fuel oil or propane can save up to $1,000 per year.
Electric heat pumps offer the most eco-friendly heating and cooling solution since they do not require fossil fuels. Traditional heat pumps use electricity to transfer heat from one location to another. In cooling mode, a heat pump transfers heat from the interior to the exterior, leaving it colder than before. This is similar to how a refrigerator or air conditioner operates – as they remove heat from an insulated area, leaving it colder on the inside.
Heat pumps can assist homeowners in reducing greenhouse gas emissions, saving big on energy expenditures, and improving their health and lifestyle. Researchers have compared the expenses of heat pump installation against energy cost savings to assess the overall benefits to households. They've also considered carbon dioxide emissions and air pollutants changes, assigning a monetary value to climate and health impacts.,
Dalrada's Likido™ offers innovative heat pump technology that compensates for the inefficiencies of fossil fuels, providing a long-term solution for various business sectors. With the vision to accomplish the world's Net-Zero goals by 2050 by reducing energy usage by up to 75% and emissions by up to 93%, this technology can play an integral part in helping organizations realize the dream of a clean and green environment. With an operating temperature range of -31°F to 284°F (-35°C to 140°C), this high-temperature CO2-based heat pump delivers clean heating and cooling. Its primary function is to replace inefficient water heaters, boilers, chillers, and cooling towers.
Climate change can affect traditional heat pumps' overall performance and benefits because they are less efficient in winter, incurring increased power expenditures. Peak household power consumption would increase by more than 100% in 24 cold-climate cities, according to a recently published research study. And even if the government equips all residences with traditional heat pumps, this move alone may necessitate significant grid modifications.
Dalrada's Likido™ heat pumps stand out for their innovation. Operating much more efficiently, the CO2 (R744 refrigerant)-based heat pump was selected as one of nine "next-generation" building technologies by the United States General Services Administration (GSA), a government agency that supports other federal agencies.
Dalrada's heat pump is programmed to work between -22 and 250°F (-30 and 121.1°C). The advanced system stands out as it operates in a combined heating and cooling mode, providing 160 kW of high-grade heat while extracting 120 kW of cooling and providing up to 800% efficiency.
On the other hand, a high-temperature, supercritical CO2 micro heat pump for household water heating enhances energy efficiency by 300%. The patent-pending "drop-in" design has the potential to replace gas and electric water heaters. Furthermore, with gas boiler water heaters scheduled to be prohibited in newly-constructed residences in the United Kingdom by 2025, this new heat pump will provide a more feasible solution.
Heat pump technology is expected to replace outdated fossil fuel-burning boiler water heaters by 2035. Dalrada's home heat pump solution is small and compact enough to be installed in traditional wall-hung water heater boilers. It can be connected to the existing pipes without modification.
In 1982, Dalrada Corporation was established. The organization, via its subsidiaries, provides a wide range of solutions to businesses and customers worldwide. The company is active in engineering, health care, information technology, and education. It also supplies top-notch medical disposables, hospital equipment, furniture, medical gadgets, and laboratory and dentistry equipment. Dalrada strives to offer cutting-edge and innovative products and services to businesses, helping them accelerate positive change for current and future generations.
Bonar was born in Greenock, Scotland, on July 19, 1947. He graduated from the City and Guilds of London Institute with a bachelor's degree in mechanical engineering in 1969. In 1985, he received his master's degree in Mechanical Engineering from Stafford University.
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He has previously worked in several firms' sales and marketing departments, including Allegiant Professional Business Services and itec Imaging Technology. In 2003, he was appointed Chairman and CEO of the Solvis Group, which offers employment, professional employer organization (PEO), and administrative services organization (ASO) services to the healthcare and financial sectors.
Bonar joined Dalrada Financial Corporation as a director in 1995 and was appointed Chairman of the Board in December 1999. He was appointed CEO of the corporation the same year.
As of 2022, he is the Chairman, President, and CEO of Dalrada Financial Corp., the Chairman of Dalrada Precision Manufacturing, and the CEO of Dalrada Health, a specialized division of Dalrada Financial Corporation.
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