The 'AWA' Home Heater Cuts Energy Needs to Warm Up a Space
Michael Hemsworth — August 13, 2018 — Tech
References: yankodesign
The conceptual 'AWA' home heater is a powerful piece of equipment for the home that would provide a more efficient way to warm up the space using the power of hydrogen.
The heater works by having H2O added into the reservoir and uses the power of electrolysis to create warmth that is then dispersed into the space through the top. The bottom portion of the compact appliance will work to draw in cool air and heat up a space far quicker and more efficiently than existing alternatives. This could result in up to 70% energy savings, 62% heating efficiency and a stove that is 40% more efficient than other options.
The 'AWA' home heater is the design work of Lucia de Cabo, Sofia Fratichelli, Tomas Planas and Gonzalo Rossi of the University of Buenos Aires.
The heater works by having H2O added into the reservoir and uses the power of electrolysis to create warmth that is then dispersed into the space through the top. The bottom portion of the compact appliance will work to draw in cool air and heat up a space far quicker and more efficiently than existing alternatives. This could result in up to 70% energy savings, 62% heating efficiency and a stove that is 40% more efficient than other options.
The 'AWA' home heater is the design work of Lucia de Cabo, Sofia Fratichelli, Tomas Planas and Gonzalo Rossi of the University of Buenos Aires.
Trend Themes
1. Hydrogen-powered Heating - The 'AWA' home heater showcases the trend of using hydrogen as a source of energy for heating, presenting opportunities for further development in this area.
2. Electrolysis-based Warmth - The use of electrolysis to create warmth in the 'AWA' home heater demonstrates the trend of utilizing innovative technologies for heating solutions, inspiring potential applications in other industries.
3. Energy-efficient Heating - With potential energy savings of up to 70%, the 'AWA' home heater highlights the trend towards energy-efficient heating solutions, opening up disruptive opportunities for innovation in the heating industry.
Industry Implications
1. Home Heating - The 'AWA' home heater presents disruptive innovation opportunities in the home heating industry, allowing for more efficient and sustainable heating solutions.
2. Appliance Manufacturing - The development of hydrogen-powered heaters like the 'AWA' home heater presents potential opportunities for disruptive innovation in the appliance manufacturing industry, particularly in the realm of energy-efficient heating appliances.
3. Renewable Energy - The use of hydrogen as a renewable energy source in the 'AWA' home heater showcases opportunities for disruptive innovation in the renewable energy industry, particularly for heating applications.
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