SuperGreen DCD (Demand Control Drive) ™
REAL- TIME ENERGY MANAGEMENT
FOR REAL-TIME ELECTRICITY SAVING
SPECIFICALLY DESIGNED FOR HVAC SYSTEM
SOLID STATE ELECTRONICS, SOFTWARE AND ARTIFICAL INTELIGENCE (AI)
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Our Mission Is To Provide Cost- Effective, Safe And Environmentally Responsible Soloutions For Reducing Your Electricity Bills.
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Where do the energy savings come from?
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Where is the potential in a typical building:
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Cooling tower energy management:
Sensors will read the incoming, outgoing, water and the ambient air, temperatures in real time and the motor is driven according to current demand
The fan motor of the cooling tower is a large source of energy consumption. Installation of DCD, will result in significant energy savings.
DCD use electronics to adjust the input of power to the fan motor, varying the fan load in reference to the real demand.
Air Handling unit management:
Energy efficiency the right balance between comfort, building performance and sustainability
A high level of control accuracy optimizes the demand load and does away with unnecessary readjustments of the room temperature set point.
Water Pumps energy management system:
Flow rates can be controlled far more precisely and faster with Demand control drive systems than when using mechanical control concepts and can be adapted to the actual demand.
Car park lighting and ventilation can account for high electricity costs…
Customized control systems offer straightforward and flexible solutions for complex control tasks, such as those encountered in car parks. Car parks can be subdivided into several zones to monitor the level of carbon monoxide and the ventilation system.
Minimum ventilation during the periods of time the parking spaces are not used. In that case, the system is switched to maximum demand only if the CO2 limit is exceeded
Benefits of Supergreen DCD ™
Improved Power Factor (0.98 across load range)
The drive system would maintain a very good power factor which will reduce the load on your capacitor bank fitted at the LV room, through increasing their life span by 150% hence reducing maintenance cost.
Eliminate Inrush Currents (Minimize voltage fluctuation)The DCD system will eliminate inrush currents during the start of the air handling system which can be 3 times of the running load. The end result is very little stress on the on the control panel fitted in the AHU room, increasing their life span tremendously, which reduces maintenance cost on the contactors.
Soft Star (Eliminates mechanical shock and stress on couplings, belts, drive shafts, gear boxes, etc.The most damaging factor to the motor is during the startup. The sudden jolt during startup causes damages to bearings and motor winding which it turns causes overheating. The soft start function of our SuperGreen DCD ™ prevents the stated issues and the motor life span increases by 300%. The controlled voltages and currents to the motor results in motors running cooler and quieter, saving money on maintenance.
Reduce utility and operating costs (Reduced electricity consumption.)
As mentioned above, with a 3 years warranty on SuperGreen DCD ™ and warranty on electricity saving, it is a very profitable investment, with a fast payback period.
Reduces loss of water thru evaporation and further reduces chemical and water consumption ( Cooling Towers)
When applied to cooling towers, other than the above mentioned advantages, it reduces water evaporation, saves money and reduces wear and tear of cooling towers.
The SuperGreen DCD ™ system automatically balances the motor voltages imbalance, further increasing their life span. It eliminates motor voltage imbalance and reduces the breakdown of motors (Input Power Phase Reversal Protection)
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Demand Control Drives can have immediate impact on the energy performance by targeting wastewater and water treatment facilities. Wastewater plants and drinking water systems can account for up to one-third of a municipality’s total energy bill. These facilities represent a significant portion of controllable energy usage and offer opportunities for cost-effective investments in energy-efficient technologies.
Kitchen and Restaurant exhaust fans:
All Restaurants big or small require a ventilation system for their kitchen. These systems consume a big chunk of their energy bill. Implementing specialised Demand control drives can save the restaurant a substantial sum of money. Which can relate to an increase in profitability and reduced operating cost
DCD (Demand Control Drives) is HVAC equipment management system developed in Malaysia. The system is fully automatic with sensors providing data in real-time in relation to the equipment demand requirement. And ac drives are special inverter for HVAC system that drives motors in relation to the data coming in from DCD
System Architecture:
