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Collaborative Innovation for Mutual Benefit and Win-win Results

Gathering wisdom and strength, Leading the energy transformation

TBEA looks forward to extensive and innovative cooperation with all sectors of society, lead industry transformation, and jointly propel the power and energy industry towards a new journey of intelligence, greenification, integration, collectivization, and platformization, working together to forge a new energy ecosystem.

China's first "zero-carbon" 126kV vacuum interrupting eco-friendly GIS

Leading the green development of the high-voltage switchgear industry, the new generation of 126kV GIS utilizes clean air as the insulating medium.

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China's first "zero-carbon" 126kV vacuum interrupting eco-friendly GIS

China's first offshore step-up platform utilizes a 220kV flexible low-frequency transmission transformer

Tailored specifically for offshore step-up platforms, it utilizes advanced flexible low-frequency technology to achieve efficient and stable power transmission, thereby facilitating offshore energy development.

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China's first offshore step-up platform utilizes a 220kV flexible low-frequency transmission transformer

Smart energy storage system

The smart energy storage system precisely manages the five major stages of project development, planning, design, construction, and operation, fully unlocking the value-added benefits of energy storage.

Smart energy storage system

New generation 330kV photovoltaic grid-connected inverter

It exhibits excellent adaptability to high-temperature environments, boosting the comprehensive revenue of the power station by 5%. When paired with our proprietary TB-eCloud smart energy management system, it achieves a maximum conversion efficiency exceeding 99%.

New generation 330kV photovoltaic grid-connected inverter

Solve Technological Challenges Together

Facing the sustainable future of humanity, we are driven by technological innovation, pooling global wisdom to explore infinite possibilities. Whether it's elite researchers, research institutes, or innovation teams, we can provide a comprehensive "TBEA Innovation support program". Jointly promote technological progress, unlock the future of energy technology, and make the world more better.
  • How can we reduce losses during energy conversion and transmission?

  • What is the future technology of renewable energy?

  • How to build a zero-carbon smart power system?

  • How does intelligence accelerate technological innovation in the power industry?

"TBEA Innovation Support Program"

  • Platform Support

    Provide industry experts, as well as full-scenario scientific research support including technology, team training, and experimental platforms.
    Platform Support
  • Resource Support

    Becoming a member of "TBEA Innovation support program" grants access to a wealth of resources, including special research and development funds, rewards for significant achievements, and opportunities for exchanges with industry associations.
    Resource Support

Our technology research and development cooperation model

Our common cooperation modes include:
I. Collaborate with universities and research institutions to conduct research projects and joint technological breakthroughs;
II. Establish customized product and technology research, demonstration, and application with users;
III.Collaborate with enterprises or scientific research institutions to transform research achievements, entrust technology, and conduct joint research and development, jointly tackling technical challenges;
IV. Jointly incubate and develop emerging industry products and solutions.

Our criteria for selecting cooperation partners

We focus on our partners' technical capabilities, scientific research achievements, talent reserves in relevant fields, as well as their abilities in basic research and cutting-edge technologies. At the same time, we also pay close attention to the alignment of our strategic goals and development philosophies, as well as the complementarity of our resources.

Our key research directions

High-end equipment manufacturing for power systems, new energy and efficient energy utilization, new materials, industrial intelligent manufacturing, etc.

How to contact us

If you possess technologies that can "transform" the future, or are seeking joint innovation, technical support, talent team support, financial support, etc., please contact us at zhangzhengyang@tbea.com.

Scientific and Technological Achievements

"Key Technologies, Complete Equipment, and Engineering Applications of UHV AC Transmission" project in 2012 <br>

"UHV ±800kV DC Transmission Project" in 2017

‌Won two Special Prizes of the State Scientific and Technological Progress Awards

"Key Technologies, Complete Equipment, and Engineering Applications of UHV AC Transmission" project in 2012
"UHV ±800kV DC Transmission Project" in 2017

"Research on Key Technologies, Equipment Development, and Engineering Application of 750kV AC Power Transmission and Transformation" project in 2007<br>

"Development and Industrialization of Major Complete Technical Equipment for Ultra-High Voltage DC Power Transmission" project in 2009<br>

"Three Gorges Power Transmission System Project" project in 2010<br>

"Key Technologies and Complete Equipment for Prevention and Management of Large-Scale Freezing Disasters in Power Grids" project in 2013

‌Won four First Prizes of the State Scientific and Technological Progress Awards

"Research on Key Technologies, Equipment Development, and Engineering Application of 750kV AC Power Transmission and Transformation" project in 2007
"Development and Industrialization of Major Complete Technical Equipment for Ultra-High Voltage DC Power Transmission" project in 2009
"Three Gorges Power Transmission System Project" project in 2010
"Key Technologies and Complete Equipment for Prevention and Management of Large-Scale Freezing Disasters in Power Grids" project in 2013

"Construction of Technological Innovation Platform for Power Transmission and Transformation Equipment" project in 2013<br>

"Key Technologies and Engineering Applications of Outgoing Line Devices for Extra and Ultra-High Voltage Transformers/Reactors" project in 2018<br>

"±800kV Converter Transformer Independent Development and Engineering Application" project in 2020<br>

"Key Technologies and Industrialization of Digital and Intelligent Testing and Control for Large-Capacity Battery Energy Storage Systems" project in 2024<br>

"Development and Application of Key Common Technology for Electromagnetic Regulation and Control in Large-scale Metal Material Preparation" project in 2024

Won five Second Prizes of the State Scientific and Technological Progress Awards

"Construction of Technological Innovation Platform for Power Transmission and Transformation Equipment" project in 2013
"Key Technologies and Engineering Applications of Outgoing Line Devices for Extra and Ultra-High Voltage Transformers/Reactors" project in 2018
"±800kV Converter Transformer Independent Development and Engineering Application" project in 2020
"Key Technologies and Industrialization of Digital and Intelligent Testing and Control for Large-Capacity Battery Energy Storage Systems" project in 2024
"Development and Application of Key Common Technology for Electromagnetic Regulation and Control in Large-scale Metal Material Preparation" project in 2024

TBEA takes technological innovation as its primary driving force, focusing on key core technology research and development in high-end power transmission and transformation equipment manufacturing and renewable energy. It has established a "Industrial R&D Center" R&D system to contribute to the development of the global energy industry.

Establish an industrial R&D system

TBEA takes technological innovation as its primary driving force, focusing on key core technology research and development in high-end power transmission and transformation equipment manufacturing and renewable energy. It has established a "Industrial R&D Center" R&D system to contribute to the development of the global energy industry.

The successful application of the industry's first ±1100kV converter transformer at the sending end marks the technological innovation of UHV transmission entering a new era.

The first ±1100kV DC converter transformer at the sending end developed in the industry.

The successful application of the industry's first ±1100kV converter transformer at the sending end marks the technological innovation of UHV transmission entering a new era.

The Yunnan-Guangdong ±800kV UHV DC transmission and transformation demonstration project, which is the first of its kind to be commercially operated in the industry, has been awarded the Special Prize of the National Science and Technology Progress Award.

The first ±800kV DC converter transformer independently developed in the industry.

The Yunnan-Guangdong ±800kV UHV DC transmission and transformation demonstration project, which is the first of its kind to be commercially operated in the industry, has been awarded the Special Prize of the National Science and Technology Progress Award.

Possessing a full range of offshore wind power and integrated solutions for electrical equipment across the entire industry chain, we have successfully undertaken the supply of primary electrical equipment for multiple key offshore wind power projects.

The first enterprise in China with the capability to provide electrical equipment for offshore step-up station platforms.

Possessing a full range of offshore wind power and integrated solutions for electrical equipment across the entire industry chain, we have successfully undertaken the supply of primary electrical equipment for multiple key offshore wind power projects.

TBEA independently developed the industry's first 1000kV UHV AC transformer and the industry's first 1000kV shunt reactor, which are applied in the Jindongnan-Nanyang-Jingmen 1000kV UHV AC test and demonstration project.

Key technologies, complete sets of equipment, and engineering applications for UHV AC power transmission.

TBEA independently developed the industry's first 1000kV UHV AC transformer and the industry's first 1000kV shunt reactor, which are applied in the Jindongnan-Nanyang-Jingmen 1000kV UHV AC test and demonstration project.

TBEA possess the capability to develop, produce, and monitor integrated solutions for string-based energy storage devices and energy management systems. Through self-developed monitoring system, TBEA can quickly respond to grid frequency regulation, peak shaving, and other demands, fully unlocking the value of energy storage.

Solution for efficient energy storage system under new power system.

TBEA possess the capability to develop, produce, and monitor integrated solutions for string-based energy storage devices and energy management systems. Through self-developed monitoring system, TBEA can quickly respond to grid frequency regulation, peak shaving, and other demands, fully unlocking the value of energy storage.

TBEA possesses a comprehensive service solution for wind and solar renewable energy, encompassing investment, financing, construction, operation, and retirement. TBEA has the capability to supply equipment such as EPC engineering project construction, photovoltaic modules, inverters, grid connection, and smart energy management platforms, along with providing system solutions.

Design solution for renewable energy power station in full-life cycle

TBEA possesses a comprehensive service solution for wind and solar renewable energy, encompassing investment, financing, construction, operation, and retirement. TBEA has the capability to supply equipment such as EPC engineering project construction, photovoltaic modules, inverters, grid connection, and smart energy management platforms, along with providing system solutions.

TBEA possesses relay protection and control algorithms encompassing all aspects of 10kV-220kV power generation, transformation, transmission, and distribution. TBEA has achieved 100% independent research and development of secondary control and protection technology, from hardware to software, and has provided technical services to over 1,000 substations.

Integrated automation solution for smart substation

TBEA possesses relay protection and control algorithms encompassing all aspects of 10kV-220kV power generation, transformation, transmission, and distribution. TBEA has achieved 100% independent research and development of secondary control and protection technology, from hardware to software, and has provided technical services to over 1,000 substations.

Innovative Cooperation

Build an innovation platform, maintain long-term in-depth cooperation with multiple academicians, and empower industrial technological innovation and enhance core competitiveness.
National-level innovation platform
National-level innovation platform
16
Provincial innovation platform
Provincial innovation platform
42
Postdoctoral Research Station
Postdoctoral Research Station
2
Academician Workstation
Academician Workstation
2
Solve the industry-wide common challenges faced by UHV transformers in terms of "design principles, technical mechanisms, and verification methods"

National UHV Transformer Engineering Technology Research Center

Solve the industry-wide common challenges faced by UHV transformers in terms of "design principles, technical mechanisms, and verification methods"

Collaborate with upstream and downstream enterprises in the industry chain
Promote research and development innovation in energy technology,
as well as the transformation and application of research outcomes
Join TBEA's "Innovation" program.

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