Did You Know?

Every DCT One Series machine installed has the potential to eliminate 250,000 kilograms of CO2 equivalent.

The U.S. Department of Energy estimates that commercial buildings account for 826 million metric tons of CO2 emissions annually. Additionally, the average energy consumption of a commercial building in the U.S. is 22.5 kilowatt-hours per square foot.

Energy is wasted in many ways—from heating, cooling, and lighting to ventilation, hot water heating, and more. The inefficiencies with traditional boilers and chillers have created a dire need for a more robust solution, one that addresses high energy consumption while combatting rising costs for commercial businesses.

Solution:
DCT-1 Heat Pumps for Commercial Buildings

Through renewable and sustainable energy innovation, Dalrada Technology Group's combustion-free, commercial heat pumps reduce carbon and improve energy efficiency, ultimately recovering lost energy while supporting the global initiative of Net Zero emissions.

Dalrada Technology Group’s Heat Pump recovers wasted energy.

On average, 30% of commercial building energy is wasted. DCT One Series (DCT-1) technology could revolutionize the 2.88 billion global cooling tower market by efficiently capturing 75% of its wasted energy.

Cooling towers are commonly found in large-scale buildings such as hospitals, universities, hotels, shopping malls, and office buildings.

DCT One Series harvests low energy waste back into the system at a useful temperature, presenting significant cost-saving opportunities and increasing business sustainability.

Switch to a Heat Pump

DCT-1 Heat Pump Advantages

  • Up to 7 times more efficient than traditional boilers and chiller plants
  • Effectively decarbonizes heat
  • Provides simultaneous heating and cooling
  • Combustion-free process
  • Reduces global warming potential (GWP)
  • Uses carbon dioxide (CO2) as refrigerant in transcritical refrigeration cycle
  • Reduces Ozone-depleting potential (ODP)
  • Retrofittable design, modular build
  • Climate agnostic, works in multiple regions
  • Can be implemented into new and existing building infrastructures
  • INCREASED EFFICIENCY
    Up to 150 kW heating output and 105 kW output with just 43 kW of electrical input. Traditional heating and cooling systems require approximately 93.3 kW of electrical input to produce the same heating and cooling output.
  • IMPROVED PERFORMANCE
    For every 1 kW of electrical energy input, 4.5 kW of heating energy (kWth) are generated and 2.5 kW of cooling energy (kWth) are extracted for a combined coefficient of performance (COPhc) of 1:7. Most air conditioners have a COP of 1:2.3 to 1:3.5 while most natural gas boilers have an average COP of 1:0.9.
  • LESS DOWNTIME
    The closed system ensures minimal machine maintenance and zero wasted energy during the transcritical refrigeration cycle with supercritical CO2 as the working fluid. Less maintenance means fewer problems and less downtime.
  • UPGRADED SOLUTION
    Makes an excellent replacement option for both heating and cooling. The unique design allows for the production of hot water for spas and pools while extracting energy for comfort cooling — ideal for the hospitality industry.

Get a Quote

Reduce environmental impact and save money on heating and cooling with DCT-1 Heat Pump, a true commercial building solution.

Contact Dalrada Technology Group to learn how we are revolutionizing the energy industry through solutions designed to minimize harmful emissions and maximize cost savings.

Hot and Cold Coupling

Innovative technology for use in applications that link to local heat networks, where hot and cold coupling is a necessity (IT, server cooling, district heating, and more).

Cost & Energy Efficient

Savings of thousands of dollars every year and reduced carbon emissions. Up to 75% increased energy efficiency and eligible for tax credits and incentives.

F-Gas Exempt Refrigerant

Non-toxic, non-flammable, and eco-friendly R744 Carbon Dioxide (CO2). This natural refrigerant is CFC and HFC free with an ODP of 0 and GWP of 1.