Energy Saving System Support For Central Air Conditionig
- Ref Price:
-
$80,000.00
/ set
- Loading Port:
- Niigata/Tokyo/Yokohama
- Payment Terms:
- T/T
- Min Order Qty:
- 1 Unit set
- Supply Capability:
- 20 Units per Year set/month
OKorder Service Pledge
OKorder Financial Service
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Eco-vision air conditioner for energy saving system support
+++ The eco-vision Central Air Conditioning Energy Conservation System
+++ offers customers
1) a high rate of reduction in energy usage using our patented technology
2) reliable verification
3) remote operation (safety support).
+++ Our technology reduces energy use by approximately 65-95%.
The system achieves both decreased CO2 levels and lowers your electric bills without altering the normal operation method of the air conditioner.
+++ An eco-vision control panel installed outdoors at a shopping center.
+++ eco-vision installed at a hospital.
Control panel includes an inverter,PLC (programmable logic controller), electric control circuits, and a communications router.
+++ Principles of electric power reduction:
The pump's electricity consumption is equal to the flow control rate cubed.
As the graph shows, a flow rate of 1/2 corresponds to 1/8 (12.5%) electricity usage;
a flow rate of 1/4 corresponds to 1/64 (1.5%) electricity usage.
When the air conditioner's system load is low, the hot/cold water flow rate is
tightly controlled, yielding an astonishing 80–90% reduction in energy usage.
+++ Operation control when working under heavy system load:
The system loads of building-wide air conditioning systems are always fluctuating.
Ordinary pumps operate at 100% regardless of system load, with a fixed rate
of electricity consumption.
eco-vision's pump flow control regulates power use according to the system load,
allocating as little power as necessary to meet changing system requirements.
This results in decreased electricity consumption, as shown in the image.
(The electricity consumption of the pumps decreases in proportion to the flow rate cubed.)
+++eco-vision system:
eco-vision uses an inverter to regulate the primary hot/cold water pump,
the secondary pump, and the coolant pump.
Computerized sensors installed throughout the system analyze data such as flow rate,
temperature, and pressure to ensure the most precise power control possible, achieving
a high rate of electricity conservation.
+++ After acquiring a patent in Japan, we acquired a patent
+++ in the United States.
+++ Monitor screen:
The eco-vision system constantly monitors the pump operating status and
electricity usage, storing the data and displaying it on this dedicated screen.
+++Graph verifying reduction in electricity use:
This overview graph displays operation data collected daily, monthly,
and yearly, showing at a glance the results of using the eco-vision system.
+++Return on investment:
Electric bills begin to fall the day our equipment is installed.
Although equipment and operating conditions vary, your investment will pay
for itself in about 2.5 to 5 years.
+++ An eco-vision installation at a 26,000m² shopping center
+++ resulted in a 74.5% annual decrease in electricity consumption.
Large reductions in power usage can be expected even for large-scale equipment,
such as for amusement parks.
+++ An eco-vision installation at a 203-room hotel reduced CO2 emissions
+++ by 206 tons in one year. eco-vision is very environmentally-friendly.
+++ An eco-vision installation at a 415-bed hospital reduced annual costs
+++ by 7,800,000 yen. Hospitals that must operate their air conditioning
+++ 24 hours a day can expect similar savings.
+++ An eco-vision installation at a 238-bed hospital decreased
+++ monthly electricity consumption rates by 92.1%.
+++ This table shows eco-vision's achievements in construction.
FAQ
Q1：Why is it important to use home air conditioner filters?
A：Without them you can clog up vital parts of the heating or cooling components that can be difficult to clean out and can cause severe damage that will be much more expensive to repair than the inconvenience of replacing a filter once a month.
Q2：What is VRF Air Conditioning System?
A：VRF air-conditioning systems owe their growing popularity to their ability to meet a wide range of requirements.
- Q: Can air conditioners be used in commercial buildings?
- Yes, air conditioners can definitely be used in commercial buildings. In fact, they are commonly used in a variety of commercial settings such as offices, retail stores, restaurants, hotels, hospitals, and many others. Air conditioning systems are essential in maintaining a comfortable and healthy indoor environment for employees, customers, and clients. They help regulate temperature, control humidity levels, improve air quality, and provide a pleasant and productive atmosphere. In commercial buildings, air conditioners are often installed as central systems that can cool large areas or as individual units for smaller spaces. Additionally, commercial air conditioning systems are designed to be more robust and durable to handle the higher demands and continuous operation required in commercial settings.
- Q: The air-conditioner has a bad smell!!
- Methods: the indoor evaporator spray metal cleaner Cost: few yuan : how easy it is more convenient Duration: six months - 1 year Raw material purchasing: car repair station, chemical stores, auto parts sales department, part of the gas station Use perfume flavour is useful, but not the sterilization. Get rid of the smell, the key problem is to remove the odor source, destroy bacteria, healthy life!
- Q: Within the household air conditioning machine evaporator tube temperature sensors have what effect?
- Hello! Within the machine environment temperature sensor: the main testing the temperature inside the room, the start-stop control air conditioning. Within the machine coil sensor: the main testing machine in the tube temperature and winter frost to prevent the cold wind, to the machine. (there are plenty of machine tube warms the frost) In the summer, writers in freeze protection!
- Q: How do I control the temperature zone in a multi-story building with air conditioners?
- To achieve optimal comfort for all occupants in a multi-story building with air conditioners, a systematic approach to controlling the temperature zone is necessary. The following steps can help you accomplish this: 1. Gain a thorough understanding of the building's HVAC system: Familiarize yourself with the layout and operation of the air conditioning system. Determine whether it is a centralized system or if each floor has its own units. This knowledge will enable you to comprehend how to regulate the temperature in each zone. 2. Divide the building into separate zones: Identify distinct temperature zones within the building based on factors like floor levels, usage patterns, and occupancy. Each zone should be equipped with its own thermostat and controls to independently regulate the temperature. 3. Install programmable thermostats: Utilize programmable thermostats in each zone to establish temperature schedules that align with the occupants' requirements throughout the day. This enables automatic adjustments based on the time, such as reducing cooling during non-peak hours or weekends. 4. Incorporate zoning dampers: If the building has a centralized air conditioning system, consider installing zoning dampers. These allow you to control the airflow to specific zones, ensuring that each area receives the desired temperature level. 5. Implement regular maintenance and inspections: Schedule regular maintenance for the air conditioning units to ensure optimal functionality. This includes cleaning filters, checking for leaks, and promptly addressing any issues. Proper maintenance is key to maintaining efficient temperature control. 6. Educate occupants on energy conservation: Encourage occupants to adopt energy-saving practices, such as keeping windows and doors closed, using blinds or curtains to block excessive sunlight, and utilizing fans to assist with cooling. These practices reduce strain on the air conditioning system and contribute to more effective temperature control. 7. Monitor and make necessary adjustments: Regularly monitor the temperature zones and make adjustments as needed. Take note of any areas that consistently experience issues with temperature control and address them promptly. By following these steps, you can effectively control the temperature zones in a multi-story building with air conditioners, ensuring optimal comfort and energy efficiency for all occupants.
- Q: What is the working principle of household air conditioner?
- Freon will gas compressor compression of freon for high temperature and high pressure, and then sent to the condenser (seg) became normal after the heat dissipation of high pressure liquid freon, so separate-bodied air-conditioners to blow out hot air. And then to the capillary, into the evaporator (indoor machine), because the freon from capillary to evaporator space suddenly increases, pressure decreases, and the liquid freon will vaporize, become a gas at low temperature of freon, to absorb a lot of heat, the evaporator will become cold, indoor machine of the fan will indoor air blows from the evaporator, so indoor machine out of the cold wind is blowing; Water vapor in the air is cooled after the evaporator will condense into water droplets, along the conduit flow, this is the reason why air conditioning will be out of the water. Then gaseous freon to go back to the compressor compression, continue to cycle. Heating has a call four-way valve components, freon in when the direction of flow of condenser and evaporator refrigeration instead, so the heating when the cold wind blowing, outdoor indoor machine blowing hot air. Is actually used in the junior middle school physics learned the liquefaction (changed from gas to liquid) to emit heat and evaporation from liquid to a gas () to the principle of heat absorption.
- Q: How do you check the fan motor on an air conditioner?
- In order to check the fan motor on an air conditioner, it is necessary to follow these steps: 1. Power off: Prior to conducting any inspection or maintenance, it is of utmost importance to switch off the power to the air conditioner. This ensures your safety throughout the process. 2. Locate the fan motor: Typically, the fan motor can be found within the outdoor unit of the air conditioner. It is usually enclosed in a metal casing and can be easily identified by the presence of a fan blade attached to it. 3. Visual inspection of the motor: Begin by visually examining the fan motor. Look for any indications of physical damage, such as loose or disconnected wires, bent or broken fan blades, or any other visible issues. Make sure that the area surrounding the motor is clean and free from debris that may impede its operation. 4. Check the fan blades: Gently rotate the fan blades by hand to determine if they move freely. If there is any resistance or if the blades do not move at all, it may suggest a problem with the motor. 5. Test the motor's electrical continuity: Employing a multimeter set to the resistance or continuity mode, evaluate the electrical continuity of the fan motor. Disconnect the power wires from the motor and place the multimeter probes on the motor's terminals. If there is no continuity or a high resistance reading, it indicates a faulty motor that requires replacement. 6. Listen for abnormal sounds: While the air conditioner is operational, pay attention to any unusual sounds emanating from the fan motor. Grinding, rattling, or squealing noises may indicate a motor problem and necessitate further inspection or professional assistance. 7. Seek professional advice if necessary: Should any significant issues arise during the inspection or if you are unsure about your findings, it is advisable to contact a certified HVAC technician. They possess the expertise and tools to diagnose and rectify any problems with the fan motor or other components of the air conditioner. Remember, if you are unfamiliar or uncomfortable with electrical components or working on air conditioning systems, it is always best to seek professional assistance to prevent accidents or further damage to the unit.
- Q: How do you check the thermostat sensor on an air conditioner?
- To check the thermostat sensor on an air conditioner, you can start by turning off the power supply to the unit. Next, remove the front cover of the thermostat to access the sensor. Gently clean the sensor using a soft cloth or brush to remove any dust or debris that may be affecting its accuracy. Once cleaned, reassemble the thermostat and restore power to the air conditioner. Monitor the unit's performance to see if the temperature readings and cooling cycle are functioning correctly, which indicates that the thermostat sensor is working properly.
- Q: Household air-conditioning ventilation how useless?
- Air-conditioning maintenance, I do this thing no practical value, mainly is to make the room air outside the room air to communicate to purify air, this air conditioning to buy expensive but it's not a practical effect, home air conditioning refrigeration and heating, is only required to other functions just lick the head, there is no use a lot of use. What ghost transaired function, on the other hand, is a blind, home air conditioning is a closed cycle, only indoor air through the evaporator (indoor machine) outside air into not to, even in the affected refrigeration capacity
- Q: How to choose and buy the home air conditioning
- When the choose and buy air conditioning should be according to actual needs, from the brand, Quality, service, price is taken into consideration, In this way can buy gratified flexibly air conditioning. The air conditioning Generally divided into window type, fission wall-mountable, points Body appointed cabinet, portable, condole type and so on, so You should according to the actual pattern of a family of choose and buy.
- Q: Choose frequency conversion air conditioning and fixed frequency which is more suitable for me?
- Choose a bit more stable performance, such as panasonic, gree brand of fixed frequency is good, because of the frequency conversion although has the characteristic of power saving mute, but because of frequency conversion technology was introduced in recent years, the performance is not very stable..
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Energy Saving System Support For Central Air Conditionig
- Ref Price:
-
$80,000.00
/ set
- Loading Port:
- Niigata/Tokyo/Yokohama
- Payment Terms:
- T/T
- Min Order Qty:
- 1 Unit set
- Supply Capability:
- 20 Units per Year set/month
OKorder Service Pledge
OKorder Financial Service
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