Distribution system
Solution Architecture
Customer Stories
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We offer power-level automatic transfer systems, power quality management solutions, and lightning protection solutions to ensure uninterrupted power supply in the distribution system and to safeguard the safe operation of power supply equipment.
This hydropower project is located in West Java, Indonesia, and was initiated in March 2012. The project aims to harness the hydroelectric potential of the region to generate sustainable energy. By leveraging the natural water resources, the project seeks to provide a reliable and renewable source of electricity to support local communities and industries.
This project involves the electrical infrastructure for a new factory complex in Russia, completed in 2023. The project focuses on providing reliable and efficient electrical solutions to support the factory’s operations.
The Tashkent Avtovokzal, the largest public bus station in Uzbekistan, required a robust and reliable electrical infrastructure to support its extensive operations. CNC Electric was tasked with designing and producing a dry type transformer to ensure efficient and safe power distribution within the facility.
In 2022, CNC Electric was successfully shortlisted in the Kiev government’s supplier list, marking a significant achievement for the company. CNC’s MCCB (Molded Case Circuit Breakers), MCB (Miniature Circuit Breakers), and AC Contactors are now being used in the electric distribution switchgears, contributing to the enhancement of Kiev’s electrical infrastructure.
The AEON Towers project, located within the Central Business District of Davao City, Philippines, is a prestigious development aimed at providing modern residential, commercial, and retail spaces. CNC Electric played a critical role in this project by supplying essential electrical infrastructure components, including distribution transformers, power protection panels, and distribution boxes with protection and control devices.
In September 2022, the Kingdom of Jesus Christ initiated the construction of a monumental auditorium in Davao, Philippines. Designed to seat 70,000 people, this auditorium will be one of the largest enclosed venues in the world, establishing itself as a significant cultural landmark for Davao. The project involves the installation of advanced electrical infrastructure, including low voltage cabinets, capacitance cabinets, power transformers, and low-voltage switchgear, to ensure a reliable and efficient power supply for the venue.
In 2021, a new community development project was initiated in Kazakhstan, aimed at providing modern residential and commercial facilities. This project required a robust and efficient electrical infrastructure to support the new community’s energy needs. The project involved the installation of high-capacity power transformers and advanced vacuum circuit breakers to ensure reliable power distribution.
In 2018, a major upgrade project was initiated to enhance the electrical infrastructure of Ashgabat, the capital city of Turkmenistan. The project involved the installation of a 2500KVA substation to support the growing energy demands of the city. The new substation was equipped with advanced power transformers, medium voltage switchgear, and low-voltage switchgear to ensure a reliable and efficient power distribution system.
Shenglong Steel Plant, located in Indonesia, is a major player in the steel manufacturing industry. In 2018, the plant undertook a significant upgrade to its electrical distribution system to enhance its production capabilities and ensure a stable power supply. The project involved the installation of advanced medium voltage distribution cabinets to support the plant’s extensive electrical needs.
Donglin Cement Plant, a leading producer of cement in the region, underwent a significant upgrade to its electrical distribution system to enhance operational efficiency and reliability. This upgrade, completed in 2013, involved the installation of advanced distribution cabinets to support the plant’s extensive electrical needs.
This electrical project is for a factory in Bulgaria, completed in 2024. The primary goal is to establish a reliable and efficient power distribution system.
Nikopol Ferroalloy Plant is one of the largest global producers of manganese alloys, situated in the Dnepropetrovsk region of Ukraine, close to significant manganese ore deposits. In 2019, the plant undertook a comprehensive upgrade to its electrical infrastructure to support large-scale production operations. The project involved the implementation of advanced Low-voltage Switchgear (MNS) and Air Circuit Breakers to ensure a reliable and efficient power distribution system within the plant.
Nikopol Ferroalloy Plant is one of the largest global producers of manganese alloys, located in the Dnepropetrovsk region of Ukraine, close to large manganese ore deposits. The plant required an upgrade to enhance its electrical infrastructure to support its large-scale production operations. Our company provided advanced Air Circuit Breakers to ensure a reliable and efficient power distribution system within the plant.
General
YCM8 Series circuit breakers were developed according to the demand of domestic and international market as well as features of similar products.
Its rated insulation voltage up to 1000V, is suitable for AC 50Hz distribution network circuit whose rated operation voltage is up to 690V, rated operation current from 10A to 800A. It can distribute power, protect the circuit and power supply devices from the damage of overload, short circuit and under voltage, etc.
This series circuit breaker feature small volume, high breaking capacity and short arcing. It can be installed vertically (namely vertical installation) and also installed horizontally (namely horizontal installation).
It complies with standards of IEC60947-2.
Function
1. Personnel and fire protection
2. Cable and line protection against overload and short-circuits.
Selection
1. I∆n ≤ 30 mA: additional protection in the case of direct contact.
2. I∆n ≤300 mA: preventative fire protection in the case of ground fault currents.
3. AC class – Tripping is ensured for sinusoidal, alternating currents, whether they be quickly applied or slowly increase.
General
The meter is designed to measure single phase two wire AC active energy likeresidential,utility and industrial application.It has remote read communication port
RS485.It is a long life meter with the advantage of high stability,high over loadcapability,low power lossandsmall volume.
General
The DDS226 type single-phase electronic watt-hour meter adopts exdusive using
LSl,the device typifying new periphery component,simple structure,high reliability,low power consumption,long life etc,is suitable for the single-phase AC activeelectric energywith rated frequencyof 50Hz.
General
Themeteris designed to measure single phasetwo wire ACactive energy.It adoptsLSI and SMT technology,the key components are long life international brandproducts.All ofits functions complywith the relative technical requirement fordass1 single phase watt hour meter in IEC62053-21.It is a long lifemeter with theadvantage ofhighstability,high overload capability ,low power loss and compactsize.
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Address:CNC High-Tech Hutou Industrial Zone, Liushi Town, Yueqing, Wenzhou Ctity, China