On March 26, the 2026 Intelligent Light Storage Design Seminar organized by Huawei China Digital Energy was successfully held in Dongguan. With the theme of “Design and Casting High-quality Products, Innovation and Win Value”, this seminar invites experts from major design institutes and industry colleagues to gather together to share industry trends, new design concepts and cutting-edge technology applications, strengthen technology exchanges and experience sharing, and gather efforts to promote the high-quality development of the light storage industry.
seminar site
2026 is the first year of the 15th Five-Year Plan. New energy sources are accelerating their progress towards the main power source, high-quality development is still the main theme of the clean energy base, and with the landing of the unified power market, energy storage will also usher in the golden period of large-scale development. Zhou Tao, president of Huawei’s digital energy intelligent photovoltaic product line, said in his speech that Huawei insists on integration and innovation, leads the light wind storage network, accelerates the construction of new power systems, and promotes new energy to become the main power source. Through AI deep energy, expand the intelligent boundary and realize cost reduction and efficiency increase in the whole link; At the same time, efforts will be made to build a high-quality and safety system throughout the life cycle, especially end-to-to-to-to-to-to-to-to-to-high quality as the high-high-high-high, help the industry to stabilize and go far. In the future, Huawei will work with design institutes and all sectors of the industry to deepen cooperation in the fields of technology, design, and standards, and promote the high-quality development of the optical storage industry through scientific design and technological innovation.
Zhou Tao, president of Huawei’s digital energy intelligent photovoltaic product line
Wang haoyi, director of the land energy department of the new energy research institute of the general institute of hydropower and water conservancy planning and design, said in response to the key pain points in the construction of the shago wild base, the construction of the new energy base faces the four core challenges of limited power grid consumption, short board of system adjustment, ecological environment constraints and project revenue, and needs to work together from the three dimensions of top-level planning, technological innovation and mechanism optimization, systematically explore the path of breaking the situation, and ensure the steady and long-term energy transformation.
Wang Haoyi, Director of the Land Energy Department of the General Institute of Hydropower and Water Resources Planning and Design
Huidong, Chief Technical Expert of China Electric Power Research Institute, pointed out that the new power system is facing the” contradictory triangle “challenge of safety, abundance and institutional mechanism. In this context, the grid-type energy storage shows great development potential. The technology can realize active support and long-term scale flexible adjustment, with reactive support, inertia response, damping control and primary frequency modulation capabilities, and can effectively suppress transient overvoltage and reduce the risk of system oscillation. The engineering practice shows that the group string type network technology has outstanding performance in high voltage crossing, power grid support, phase angle jump support, black start, mode switching and multi-machine parallel dynamic cooperation, online health management of energy storage battery system and so on.
China Electric Power Research Institute chief technical expert Huidong
Zhang xingzhong, president of Huawei’s digital energy power station & industrial and commercial intelligent photovoltaic business, introduced in detail the intelligent photovoltaic solution of FusionSolar9.0 power station under the theme of” reconstructing value and building a better solution for high-quality large base “. the solution includes a new generation of 460kW intelligent string high-power inverter, intelligent sub-array controller, intelligent power station controller and intelligent photovoltaic management system, it has achieved three industry firsts: the first kilovolt AC system, the first intelligent string inverter network, the first FusionSolar Agent optical storage intelligent body, to bring customers better investment, enhance the power grid, intelligent maintenance, safety and reliability of the four value points. The program has been commercially available at home and abroad, with more than 10GW of projects under construction, while working with industry chain partners to promote 1000Vac ecological maturity, helping customers to build a high-quality power station benchmark.
Zhang xingzhong, president of Huawei digital energy power station & industrial and commercial intelligent photovoltaic business
ding Yu, chief engineer of northwest electric power design institute of CLP engineering, said in the sharing that with the release of the national unified power market system and capacity electricity price policy, new energy is facing challenges such as uncertainty of project investment income. Overlay large base construction of new energy accounted for a high proportion of new energy, poor power grid stability, consumption and operation and maintenance difficulties and other issues, new energy photovoltaic field construction to the extreme degree of electricity cost and full investment cycle income maximization as the goal, the design stage to do a good job of source optimization. In the direction of technological innovation of photovoltaic power plants, high-voltage high-power group string inverters, the construction of intelligent operation and maintenance systems and the optimization of power plant capacity ratios can be used to achieve efficiency and cost reduction of power plants and promote the high-quality sustainable development of large base photovoltaic power plants.
ding yu, chief engineer of northwest electric power design institute of clp engineering
With the rapid development of new energy, the power system presents” double high “characteristics, voltage frequency stability, broadband oscillation and other issues highlighted, while diversified power trading also on the energy storage full life cycle profitability and business model adaptation put forward higher requirements. Zheng Yue, president of Huawei’s digital energy grid-type energy storage field, said that Huawei has launched an intelligent group string-type energy storage solution, which has achieved technological breakthroughs and large-scale commercial use, can cover a wide range of off-grid scenarios, and has strong power grid support capabilities. The scheme improves system energy efficiency and availability, reduces operation and maintenance costs, significantly shortens the return on investment cycle, and supports flexible upgrades of hardware and software to adapt to the profit model of the diversified power market. In addition, relying on the full architecture security concept and the four core technologies, through a number of authoritative certification, to achieve high-level security protection, to provide a solid guarantee for the high-quality development of new energy.
Zheng yue, president of Huawei’s digital energy grid energy storage field
Wei shaoxiong, deputy director of the electrical design institute of China power construction Beijing institute, said that the core advantage of grid energy storage is that its converter can not only operate on the grid, but also operate independently under off-grid conditions, thus significantly improving the reliability of power supply. CGN Inner Mongolia Chifeng Wengniute Banner 50MW/100MWh structure network energy storage project, is the world’s first network energy storage and traditional tuning camera co-operation. The project uses Huawei’s intelligent group string grid-type energy storage scheme, which can effectively improve the short-circuit ratio of the power grid, reduce transient overvoltage, suppress broadband oscillation, and realize the “same frequency” of conventional energy storage and grid-type energy storage, and the “resonance” of grid-type energy storage and rotary tuning camera “.
Wei Shaoxiong
Liu Huaizhao, R & D Director of Xuchang Electric Energy Storage Technology Co., Ltd., pointed out that safety, efficiency, reliability and economy are the core principles of energy storage system design. With the diversified development of energy storage business models, the advantages of string architecture have become increasingly prominent. The system has excellent performance in safety, cycle efficiency, charge and discharge, reliability, operation and maintenance, etc. It has become the preferred scheme for mainstream scenarios such as grid-side and user-side energy storage, and is leading the energy storage industry to achieve high-quality development in the direction of safety, efficiency and intelligence.
Liu huaichao, research and development director of Xuchang electric energy storage technology co., ltd.
in view of the fire risk faced by the energy storage system, Chen ye, associate researcher of Tianjin fire research institute of emergency management department, proposed two key safety measures. The first is to build a full-chain prevention and control technology system for energy storage fires. By building a comprehensive information platform for energy storage faults and accidents, developing “force-gas-electricity-heat-sound” multi-parameter intelligent early warning technology and explosion-proof pressure relief technology, promoting liquid nitrogen fire extinguishing and explosion suppression technology and new fire resistance and heat insulation emergency disposal technology, the efficient prevention and control of energy storage systems and power stations can be realized. The second is to improve the energy storage safety level evaluation system, by covering the “monomer-module-cluster-system-power station” layer-by-layer classification of energy storage security rating evaluation technology, the quantitative classification of energy storage products is realized, and a complete energy storage security rating evaluation standard is formed.
Chen Ye, Associate Researcher, Tianjin Fire Research Institute, Emergency Management Department
In the future, Huawei will continue to work closely with customers, design institutes, partners and other industrial chain partners to jointly contribute to the high-quality development of the energy industry and make positive contributions to the goal of carbon neutrality.
