Application scenarios
Application Scenario
The XGN-12 high-voltage switchgear is a fixed type AC metal-enclosed switchgear widely used in power systems for receiving and distributing electrical energy. It features a compact structure, flexible operation, and reliable safety, suitable for indoor installation, especially in power plants, substations, industrial and mining enterprises, and high-rise buildings.
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A new energy smart microgrid is a small power network built around renewable energy sources (photovoltaic, wind power, etc.), combined with energy storage systems, charging and discharging equipment, intelligent control technology, and a digital management platform. It has the ability to operate independently or in a grid-connected mode, enabling self-generation and self-consumption of energy, surplus energy storage, and intelligent scheduling. Furthermore, it achieves full-process intelligent management through technologies such as the Internet of Things (IoT), artificial intelligence (AI), and big data.
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Modular design for plug-and-play functionality / Hardware consistency of port modules / Software-defined port functions / Online switching of port functions / Decentralized port collaboration / Efficient scheduling and collaborative strategies
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The power distribution EPC (Engineering, Procurement, Construction) solution takes the "design-procurement-construction" integrated model as its core. Through standardized design, intelligent integration, and full life cycle management, it achieves efficient, reliable, and low-carbon operation of the power distribution system.
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Power supply project for the hypersonic vehicle R&D and production base
Project Nature: Professional Contracting
Voltage Level: 10kV
Project Overview
The power project for the hypersonic vehicle R&D and production base is located in Jianyang City, Chengdu. It includes new transformer substations, new poles, high-voltage cable laying, grounding device installation, and infrastructure construction, covering the entire process from equipment procurement to installation, commissioning, acceptance, and energization. The project team has extensive experience in power engineering and strictly adheres to relevant national standards and specifications. Through efficient project management, we ensure timely delivery and meet customer power needs. This project is another successful case for Chengdu TSEET Power Engineering Co., Ltd. in the field of power engineering, demonstrating the company's professional strength in line and distribution engineering, and earning high recognition and trust from our clients. Learn More
Qingmeibang New Selection Plant 35kV Substation Project
Project Nature: Professional Contracting
Voltage Level: 35kV
Project Overview
Upon completion, the project will provide stable power support to the selection plant in the Indonesia Green Mountain Industrial Park, contributing to the implementation of China's Belt and Road Initiative and showcasing the cross-national service capabilities and technical strength of Chinese power engineering enterprises. Learn More
Qingmeibang 35kV Substation Phase II Expansion Project
Project Nature: Professional Contracting
Voltage Level: 35kV
Project Overview
This project is located in the QingShan Industrial Park in Indonesia and is the first overseas construction project undertaken by Chengdu TSEET Electric Engineering Co., Ltd. The project's primary electrical installation includes one 63000kVA main transformer and numerous supporting devices; configuration of 35kV and 10kV high-voltage switchgears with different functions and related trolleys; installation of 10kV capacitor compensation and grounding devices; and implementation of lightning protection grounding, cable laying, and fire prevention and sealing projects. The secondary electrical work is diverse: equipping various protection and measurement control devices; constructing an electric energy metering system; building an intelligent auxiliary control system; laying various cables and performing grounding and fire prevention treatment. The successful advancement of the QingMeiBang 35kV substation's phase two expansion project will significantly enhance the stability and reliability of regional power supply, injecting strong impetus into regional development. The QingMeiBang substation will become a regional power hub, providing stable and reliable power supply to the industrial park, supporting the sustained development of high-end manufacturing, new energy, and other industries. The efficient implementation of the project embodies "China Speed" and provides a replicable benchmark case for similar projects. Learn More
Project Nature: Professional Contracting
Voltage Level: 10kV
Project Overview
This project is a key supporting project of the High-tech Industrial Park in Jinan, Shandong Province. It is large-scale and comprehensive, covering multiple key areas: completion of the outdoor line project from the municipal ring network cabinet to each substation, covering the installation, testing, and commissioning of various equipment in the park's substations, responsible for the entire process of high and low voltage power supply and distribution systems from registration to acceptance and energization, as well as the provision of related signs and protective equipment. In addition, technical training, material delivery, and engineering commissioning support services are also provided. This project has a large workload and is highly professional. It provides comprehensive power supply assurance for the Jinan Huichuan Technology, and after completion, it will ensure the stable power supply of the production base of 6000 engineering-type frequency converters annually, contributing to the upgrading of intelligent manufacturing. Learn More
Shantou-Zhanjiang Expressway East Section Distributed Photovoltaic Project
Project Overview
Encouraged by national and local policies, and leveraging TSEET's own transportation resources, we are launching a "Photovoltaic + Transportation" project, starting with distributed photovoltaics. The Guangdong Shanzhan Expressway distributed photovoltaic project deeply explores land resources along the expressway, widely installing photovoltaic components on roadside slopes, toll stations, ramp circles, service areas, and building rooftops to provide clean and green electricity for various service facilities along the expressway. The project adopts a "self-generation and self-use, surplus power grid-connected" model, with a planned total installed capacity of 34.4MW. Construction is divided into four sections, with TSEET New Energy having already completed the first section, "Jieyang Puning Section", with a total installed capacity of 7MW. Learn More
Jingrong Digital Economy Industrial Park Rooftop Distributed Photovoltaic Project
Project Nature: EPC General Contracting
Voltage Level: 10kV
Project Overview
The Jingrong Digital Economy Industrial Park Rooftop Distributed Photovoltaic Project is the first smart microgrid demonstration project in Longquanyi District, Chengdu City. This project is invested by Chengdu TSEET New Energy Co., Ltd. and EPC constructed by Chengdu TSEET Electric Engineering Co., Ltd. The project has a total designed photovoltaic capacity of 1754.595 kW, constructed in two phases, and adopts a self-generation and self-use, surplus power to the grid model. The first phase of photovoltaic construction has an operating capacity of 488.31 kW and an energy storage capacity of 100 kW/233 kWh. Learn More
