- About AYKKA
AYKKA is a solutions-focused company dedicated to conserving energy in HVAC-R systems through the use of solar power. By harnessing free solar energy, AYKKA helps reduce the energy demand of your systems. Whether for residential, commercial, or industrial HVAC-R, our product line offers diverse solutions to lower energy consumption.
At AYKKA, we advocate for renewable energy alternatives like solar PV and solar thermal systems, providing practical methods to minimize energy usage in buildings.
Together, we can create a cleaner, more sustainable future for the next generation. Let’s unite in our mission to achieve net-zero emissions and make a positive impact.
How AYKKA envisions "Net Zero?
AYKKA, an energy efficiency company, is driven by the principles of “net zero” and offers innovative solar thermal solutions for air conditioning and refrigeration, paving the way for a cleaner environment for future generations.
Renewable energy sources like solar and wind power are excellent alternatives to reduce emissions, supporting the global shift toward net-zero objectives.
Hybrid Air Conditioning and Refrigeration: When the sun is shining, no HVAC or refrigeration system can match the ability of solar thermal technology to reduce demand-side consumption. Solar thermal-assisted HVAC-R systems are versatile, offering efficiencies exceeding 70% and are applicable for refrigeration, comfort cooling, or heating. These systems can be used for electricity generation, space heating, and water heating.
Our solar thermal collection units can be retrofitted onto most existing screw types, digital scroll, inverter, and staged scroll systems—whether for Refrigeration, HVAC, or Chiller applications in both heating and cooling modes. These units are supplied as a complete packaged solution for a wide range of applications.
Smart Compressor Control (SCC): Air conditioning and refrigeration are significant contributors to energy consumption and greenhouse gas emissions. SCC enhances energy efficiency by using algorithms and sensors to monitor system performance, optimizing efficiency and reducing energy use.
Solar PV: Solar PV systems offer a sustainable alternative to fossil-fuel-based electricity generation, significantly reducing emissions from power production. Over its entire lifecycle, solar energy produces far fewer CO2 emissions than coal. Solar PV can also power electric vehicles, reducing reliance on fossil-fuel-powered transportation, a major global source of CO2 emissions.
Adiabatic Systems: Unlike traditional air conditioning units that rely on chemical refrigerants harmful to the ozone layer, adiabatic coolers use water. They offer higher cooling capacity with lower energy and water consumption, reducing energy usage by up to 25-30%. In hot, dry climates, adiabatic systems can be a cost-effective solution, especially in regions where water supplies are scarce and expensive.
Wind Turbines: Wind turbines do not require water for cooling and help reduce fossil fuel use, resulting in significantly lower CO2 emissions. With minimal carbon emissions over their lifecycle, well-maintained wind turbines generate substantial electricity and offer a high return on investment.