LVAC Distribution
In terms of supporting the construction and development of new power systems, improving quality and efficiency, saving energy and reducing consumption, and supporting carbon reduction green technologies, Tieon Energy has launched a complete set of digital distribution network solutions based on years of development, design, and construction experience.
Power Management Solutions
Low-voltage AC Power Distribution
Low-voltage AC power distribution system refers to the power supply system in which the electric energy needs to be transformer step-down to not more than 1000V power distribution system, and is managed and controlled by the control equipment. It is widely used in a variety of buildings, industry, transportation and other fields.
Distribution Network
Distribution network refers to a power network that receives electric energy from the transmission network or regional power plants and distributes it locally through distribution facilities or distributes it to various users step by step according to voltage. It consists of overhead lines, cables, pole towers, distribution transformers, isolating switches, reactive power compensators and some ancillary facilities. It plays an important role in distributing electric energy in the power network.The main task of the distribution network is to further transport power from the transmission network to users to realize the distribution and supply of electric energy. Its voltage level is usually in the range of 380V to 10kV. It has the characteristics of urbanization, dense population, and dispersed users. It is mainly used to provide distributed power supply services to a large number of users in industry, commerce, residential areas, etc.Distribution networks are classified according to voltage levels and can be divided into high-voltage distribution networks (35-110kV), medium-voltage distribution networks (6-10kV) and low-voltage distribution networks (220/380V). According to the functional classification of the power supply area, it can be divided into urban distribution network, rural distribution network and factory distribution network.
A Low-Voltage AC Power Power Supply Solution
The low-voltage distribution system solutions are suitable for a variety of application scenarios, such as shopping malls, hospitals, schools, office buildings, etc., and are able to meet the needs of different users and provide flexible customization services.
Electrical Safety Protection
low-voltage AC power power supply solutions ensure the reliable operation of electrical equipment and personal safety through measures such as insulation monitoring, short-circuit protection and leakage monitoring. For example, insulation monitor can real-time online monitoring system to ground insulation condition, when the insulation resistance drops issued sound and light alarms, prompting staff to troubleshooting.
Power Management
Through the power management solutions it can monitor power parameters in real time, count power consumption, analyze energy efficiency, and provide functions such as fault alarm and remote control. This helps enterprises reasonably manage electricity consumption, optimize energy use, and reduce energy consumption and environmental pollution.
Intelligent O&M
Intelligent low-voltage distribution room solution realizes real-time monitoring of power data, event warning and unattended operation through power detectors, IOT sensors and other devices. This not only improves the operation and maintenance efficiency, but also extends the service life of the equipment through data analysis and early warning of the equipment maintenance plan.
System Reliability And safety
The power management solutions adopts advanced lightning protection technology, insulation monitoring and temperature monitoring to ensure system safety and stability. Intelligent CNC production lines and testing and commissioning production lines ensure the fine craftsmanship and excellent quality of the products.
In summary, low voltage AC power supply solution have significant value in terms of electrical safety and protection, electrical energy management, intelligent operation and maintenance, system reliability and safety, and adaptation to a variety of application scenarios, which can effectively improve the operational efficiency and safety of the power system.