Green Energy and Smart Distribution Smart Operation Integrated Management Solution

넳 넲
the progress of science and technology has provided people with a more convenient way of life, and gradually changed people's attitude towards life. People's requirements for electricity consumption in factories or buildings are no longer limited to simple power supply and distribution. They are paying more and more attention to green, efficient, safe and intelligent operation. They need to cover source, network, load, storage, AC power distribution and optical storage, charging and discharging


the progress of science and technology has provided people with a more convenient way of life, and gradually changed people's attitude towards life. People's requirements for electricity consumption in factories or buildings are no longer limited to simple power supply and distribution. They are paying more and more attention to green, efficient, safe and intelligent operation. They need to cover source, network, load, storage, AC power distribution and optical storage, charging and discharging DC power distribution. They need to monitor the overall electrical and equipment operation status of factories or buildings, and can be visually and comprehensively displayed on a system platform to improve the operation and maintenance management level.

The electrical systems of factories and buildings are usually composed of power supply and distribution systems (including light storage, charging and discharging, etc.), fresh air and air conditioning systems, air quality control systems, networked temperature difference control systems, water supply and drainage control systems, lighting control systems, elevator operation management systems, electrical fire monitoring and fire power supply monitoring, as well as auxiliary security systems (smoke, entrance guard, flooding, camera, temperature and humidity, etc.) for power distribution rooms and machine rooms. In addition to the power supply, it also includes the control of electrical equipment such as air supply and exhaust fans, water supply and drainage pumps, air conditioning units, public and office area lighting, elevators, etc. To realize the control of these electrical equipment, in addition to the need to detect conventional power signals, it is also necessary to detect many non-power signals, including temperature and humidity sensors, pressure sensors, carbon dioxide sensors, water level sensors, flow sensors, etc., according to the operating requirements of different equipment in real time Motor drive, electric valve and solenoid valve control and adjustment, etc.

to traditional habits, the design, construction and maintenance of electricity are completed by the cooperation of strong electricity and weak electricity. Strong electricity solves power supply and distribution and weak electricity solves intelligent measurement and control. However, the two sides involve many interfaces, many signal conversion links, complex construction wiring, difficult system debugging and low intelligence. According to different electrical equipment, the distribution box/electric control box of strong current and the DDC control box of weak current are installed and arranged independently by each specialty, and the DDC system of general engineering is undertaken by the manufacturers of weak current intelligence. Most of them are not familiar with the requirements of intelligent and intelligent operation of power distribution and electrical equipment, resulting in many DDC systems being useless and wasting investment. Recently, some manufacturers have integrated and installed two sets of related products of power distribution electrical appliances and DDC controller in one cabinet, saving some space and cost. However, the main electrical circuit is still composed of traditional circuit breakers, contactors and thermal relays. DDC system controls fans or water pumps through additional conversion devices and a large number of secondary wiring, and through the suction and release operations of the output contacts of DDC devices to drive contactors. Both of these two schemes have problems such as repeated functions of equipment control and distribution circuit components, many secondary circuit components, complex wiring, heavy installation and debugging workload, and waste of resources.

Wanlong Distribution Intelligent System Scheme Brochure

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Product Details

ꄴThe previous one： Low Voltage Drawer Switch Cabinet
ꄲThe latter one： Power Distribution System Solution for New Campus of Henan University of Technology

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