Thermal management - HVAC heating, venting & cooling for eMobility - Electric vehicles

Thermal management for batteries and HVAC for operators/public:

  • Driverless vehicles
  • Autonomous shuttles
  • Self-driving buses
  • Electric trucks

Designed and manufactured as:

  • Rooftop air conditioners (HVAC)
  • Split air conditioners (HVAC)
  • Chillers (cooling/heating)

To run a battery power source such as:

  • 24V
  • 48V
  • 230V
  • 400V
  • 420V
  • 750V
  • 800V
  • 850V

 

  • Why thermal Management for batteries?

    Thermal Management for 400V 420V 750V 800V batteries 

    Thermal Management with an optimal range of 15◦C to 35◦C for batteries is essential for increasing safety, extending service life, and reducing costs of batteries in electric and hybrid vehicles under real-driving and charging conditions.

     

    DCAirco chillers are Designed - Developed - Manufactured for cooling / heating of 400V 420V 750V 800V batteries.

  • DC5001 - Battery Cooler/Heat-Pump Liquid to Liquid 360Vdc 540Vdc

    DC5001 Battery chiller liquid to liquid Cooler/Heat-Pump 360V or 540V

    High-efficiency compact DC powered heat-pump for cooling + heating batteries of electric vehicles such as locomotives, trains, buses, people movers, trucks, POD, defence, Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

     

    Our rugged high performance and low consumption heat pumps are available in
    360Vdc (200-420Vdc) or 540Vdc (400-800Vdc) and designed to cool and heat
    batteries of battery-powered vehicles under heavy-duty conditions. Maintaining
    the battery temperature is mandatory to maximize its life spend and characteristics.

     

    The CANopen connectivity delivers performance in terms of scalability user interface as well as straightforward programming, maintenance and servicing. Ideal for fast and easy customization for vehicles such as Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

     

     

  • DC5020 - Battery Cooler/Heat-Pump liquid to Air 360Vdc 540Vdc

    DC5020 - Battery Chiller/Heat-Pump liquid to Air 360Vdc (200-420Vdc) or 540Vdc (400-800Vdc)

    High-efficiency DC powered heat-pump for cooling + heating batteries of electric vehicles such as locomotives, trains, buses, people movers, trucks, POD, defence, Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

     

    Our rugged high performance and low consumption heat pumps are available in
    360Vdc (200-420Vdc) or 540Vdc (400-800Vdc) and designed to cool and heat
    batteries of battery-powered vehicles under heavy-duty conditions. Maintaining
    the battery temperature is mandatory to maximize its life spend and characteristics.

     

    The CANopen connectivity delivers performance in terms of scalability user interface as well as straightforward programming, maintenance and servicing. Ideal for fast and easy customization for vehicles such as Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

     

     

  • DC5030 - Battery Cooler/Heat-Pump liquid to air 360Vdc 540Vdc

    DC5030 - Battery Cooler/Heat-Pump liquid to Air 360Vdc (200-420Vdc) or 540Vdc (400-800Vdc)

    High-efficiency compact DC powered heat-pump for cooling + heating batteries of electric vehicles such as locomotives, trains, buses, people movers, trucks, POD, defence, Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

     

    Our rugged high performance and low consumption heat pumps are available in
    360Vdc (200-420Vdc) or 540Vdc (400-800Vdc) and designed to cool and heat
    batteries of battery-powered vehicles under heavy-duty conditions. Maintaining
    the battery temperature is mandatory to maximize its life spend and characteristics.

     

    The CANopen connectivity delivers performance in terms of scalability user interface as well as straightforward programming, maintenance and servicing. Ideal for fast and easy customization for vehicles such as Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

     

     

  • High efficiency 400V- 800V powered battery Chillers (6KW) for Electric trucks

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    Fully enclosed and ready to use high-efficiency 400V 800V powered Chillers for cooling the battery/equipment of autonomous, self-driving, electric vehicles such as buses, people movers, trucks, PODs, defense, shuttle's Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

    Our rugged high performance and low consumption chillers are available in 400V or 800V.  Designed to cool batteries of battery-powered vehicles under heavy duty conditions. Maintaining the battery temperature is mandatory to maximize its life spend and characteristics.

  • High efficiency 400V- 800V powered battery Chillers (8KW) for Electric Vehicles

    Fully enclosed and ready to use high-efficiency 400V 800V powered Chillers for cooling the battery/equipment of autonomous, self-driving, electric vehicles such as buses, people movers, trucks, PODs, defense, shuttle's Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

    Our rugged high performance and low consumption chillers are available in 400V or 800V.  Designed to cool batteries of battery-powered vehicles under heavy duty conditions. Maintaining the battery temperature is mandatory to maximize its life spend and characteristics.

     

     

  • High efficiency 400V- 800V powered battery Chillers (8KW) for Rollingstock

    chiller,DRIVERLESS,self-driving,autonomous,shuttle,BUS,electric,vehicle,pod,locomotive,people mover,truck,rollingstock,battery,24v,48v,230v,420v,750V,850v, 800V

    Fully enclosed and ready to use high-efficiency 400V 800V powered Chillers for cooling the battery/equipment of autonomous, self-driving, electric vehicles such as buses, people movers, trucks, PODs, defense, shuttle's Hybrid vehicles (HEV) (PHEV), Electric vehicles (EV) and Fuel cell vehicles (FCV)

    Our rugged high performance and low consumption chillers are available in 400V or 800V.  Designed to cool batteries of battery-powered vehicles under heavy duty conditions. Maintaining the battery temperature is mandatory to maximize its life spend and characteristics.

  • DC 9300 24v 48V 400V AC DC split air conditioner


    Description

    This split system has one indoor and one outdoor unit's that are connected together with extremely low effusion hoses. Designed forheavy duty applications operators cabs and electrical cabinets or vehicles such as:

    Heavy mobile equipment: earthmoving machinery, hydraulic excavators, hydraulic rope excavators, crawler tractors and loaders, wheel loaders, dumper trucks, electric vehicles.  

    Rolling stock: Locomotives, underground metro train, electric vehicles. 


    The complete unit is pre charged with refrigerant and fully factory tested before shipping. Self-sealing quick connectors which can be disconnected and reconnected several times without losing any gas making service and preventative maintenance much easier. The standard distance between the evaporators and the condenser is 3 meter / 9ft Hose extension kits can be supplied on request.

     

  • DC 9321 24v 48V 400V AC DC split cab air conditioner

    Description

    This split system has one indoor and one outdoor unit's that are connected with extremely low effusion hoses. Designed for heavy-duty applications operators cabs and electrical cabinets or vehicles such as:

    Heavy mobile equipment: battery power earthmoving machinery, hydraulic excavators, hydraulic rope excavators, crawler tractors and loaders, wheel loaders, dumper trucks, electric vehicles.  

     

    The complete unit is pre-charged with refrigerant and fully factory tested before shipping. Self-sealing quick connectors can be disconnected and reconnected several times without losing any gas making service and preventative maintenance much easier. The standard distance between the evaporators and the condenser is 3 meters / 9ft Hose extension kits can be supplied on request.

     

  • DC 9321 24v 48V 400V AC DC split cab air conditioner

    Description

    This split system has one indoor and one outdoor unit's that are connected with extremely low effusion hoses. Designed for heavy-duty applications operators cabs and electrical cabinets or vehicles such as:

    Heavy mobile equipment: battery power earthmoving machinery, hydraulic excavators, hydraulic rope excavators, crawler tractors and loaders, wheel loaders, dumper trucks, electric vehicles.  

     

    The complete unit is pre-charged with refrigerant and fully factory tested before shipping. Self-sealing quick connectors can be disconnected and reconnected several times without losing any gas making service and preventative maintenance much easier. The standard distance between the evaporators and the condenser is 3 meters / 9ft Hose extension kits can be supplied on request.

     

  • DC 25000 400V Roof mounted Air conditioner

    Description

    This rooftop mounted air conditioner available in 400V is designed for cooling down autonomous, driverless, self-driving shuttles, buses, electric vehicles, and trucks running in a high outdoor temperature up to 52 degrees Celsius. There are no expensive converters needed to run since it completely 400V.

    Air-Conditioning - Cooling for batteries and people:

    • Driverless vehicles
    • Autonomous shuttles
    • Self-driving buses
    • Electric trucks

    To run a battery power source such as:

    • 400V
    • 850V
  • Advanced air conditioner controller 24V - 48V


    Description

    The Programmable advanced controller in combination with the DCAirco premium controller will bring data, parameters, readings and full control l on display and with remote control through internet.

     


    The advanced controller is the ultimate combination with the premium controller.
    This panel is programmable for customer requirements. From simple to complex applications.

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    Environmentally friendly Air Conditioning

    • Low carbon footprint
    • Low energy use compared to CO2
    • Low operational cost
    • Factory pressure tested with Hydrogen (leak free)
    • Uses refrigerant gas with the minimal environmental impact

    Why our customers select DC Airco Air Conditioning Units for their professional applications:

     

    • >50% lower fuel/energy consumption
    • No startup peak-soft starting
    • No need of an expensive inverter to powered it.
    • DC unit keeps on cooling in case of power failure/engine off
    • Quality manufacturing since 1997 with extensive testing procedures
    • Easy mount, fully factory assembled charged and tested 
    • Low maintenance and low whole life cost
    • Stock and custom made units
    • Worldwide deliveries

    AC vs DC Air conditioner

    Quick return investment

    Follow this link for more information

     

    Low power consumption

    Extremely low power consumption with high cooling output!!

    High ambient design

    Specially build for high ambient!

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