2026 is the first year of my country's "Tenth Five-Year Plan". The development of new energy is moving from large-scale expansion to a strategic transition period of high-quality development. This leap not only brings new opportunities, but also faces new challenges with diverse scenarios and complex environments. How to achieve success in the "barren area" of energy application has become the core proposition faced by the industry.
On March 25, the 16th China International Clean Energy Expo (CEEC 2026) was grandly opened at the Beijing National Convention Center. As a global leader in the new energy industry, Sungrow Power has unveiled its two core exhibition areas, "Energy Base" and "Zero Carbon Park", showcasing system-level solutions for different application scenarios.
Focus on multiple scenarios to break the game with technological innovation
During the "15th Five-Year Plan" period, the state will focus on promoting the construction of three new energy bases, namely, Shago barren, river basin and sea. In the face of a more complex application environment, Zhang Min, general manager of solutions of Sunshine Power Beijing Company, delivered a keynote speech on "Scene-driven Value Guidance: Reconstructing New Ecology of Photovoltaic Multi-scene Application" at the photovoltaic market development forum held at the same time of the exhibition, pointing out: "In the past, the industry paid more attention to topography and power generation, and then defined adaptive products; Today, facing extreme environments such as sea, desert and high altitude, we must go deep into the core of the scene, jump out of the simple product differentiation thinking, and define the solution with more innovative technology."
Based on this judgment, Sunlight Power has established a technical path of "scene customization and precision breaking". Relying on the full stack self-research capability, Sunlight Power has broken the pain points one by one according to the environment and power grid challenges of different scenes.
In the watershed scenario, GW-level photovoltaic projects have become the mainstream, and cost reduction and safety protection are the two core problems. Sungrow introduced a SG465HX inverter scheme, through high power density design and modular integration, reduce the number of equipment and construction links, to achieve system-level cost reduction of 2 points per watt. At the same time, it is equipped with multi-protection patented technology on the DC side. The mechanical switch and electronic switch realize millisecond shutdown without fear of series overcurrent. For the first time, it realizes lightning protection coverage under all working conditions in the industry, without fear of any bad weather, and allows safety to run through the whole life cycle of the power station.
In the Shago wasteland, wind and sand erosion is the biggest challenge for the stable operation of the power station. In addition to the string inverter, the solar power supply can also be flexibly adapted to the 1 + X 2.0 modular inverter, the whole machine reaches IP66 protection level, and the protective barrier is constructed through fully sealed design. Combined with special air duct structure and AI intelligent dust removal system, it can operate stably for a long time in high wind and sand environment. The program has been completed in a project in the Taklimakan Desert 100 days of wind and sand measurement, after five times of sandstorms, no manual station cleaning, equipment operation remained stable. In addition, Sunlight Power has launched an integrated platform design for DC-coupled optical storage solutions, which integrates a modular inverter series equipped with a dedicated energy storage interface, an energy storage system with a built-in DC/DC module, and a collaborative management system for Sunlight Power's self-research optical storage. The integrated architecture can achieve up to 8 hours of long discharge, support the highest 2.0 of DC/AC ratio, energy storage power ratio flexibility of up to 100, while achieving system-level cost optimization, energy conversion efficiency increased by about 3%-5%.
Relying on multi-line research and development capabilities, Sungrow has achieved full coverage of product types, and can flexibly provide string or modular solutions to help the national new energy base build high-quality landing.
from "fighting alone" to "working together"
In the field of industry and commerce, the "15th Five-Year Plan" clearly proposes the construction of zero-carbon factories and parks. Driven by the "double carbon" goal, energy storage, as the core equipment in the clean energy system, has become increasingly prominent. Sunshine power supply proposed that the future energy storage system must have the ability to think and cooperate, from "single fight" to the integration of optical storage and charging "cooperative operation". In this exhibition, sunshine power supply brings PowerStack 255CS, PowerStack 510CS and other industrial and commercial energy storage systems and SG150CX-CN photovoltaic inverters to provide comprehensive energy solutions for industrial and commercial customers.
it is reported that all products of sunshine industrial and commercial energy storage will upgrade the cloud En-Grow multi-scene intelligent scheduling algorithm to version 2.0. The algorithm strengthens the AI decision-making ability and realizes adaptive intelligent scheduling in multiple scenarios: it can optimize the energy storage operation strategy in real time, and is deeply linked with each device terminal to achieve efficient coordination of light, storage and charging. Relying on AI multi-dimensional perception, accurate prediction and real-time correction, the algorithm can calmly deal with all kinds of sudden conditions, like equipping the energy system with "automatic driving" brain.
The Sunshine Cloud software layer supports automatic iterative updating of the algorithm, so that the equipment always adapts to the changing application requirements and maximizes the life cycle value of the power station. Sungrow is committed to building a complete energy ecosystem, rather than just providing a single hardware product, to meet the core needs of customers with full-link solutions.
Facing the future, Sungrow will continue to deepen the research and development of new energy technologies, expand the depth and breadth of scenario-based solutions, and work with industry partners to build a clean, low-carbon, safe and efficient energy system for the "double carbon" The goal contributes core strength and jointly writes a new chapter in the high-quality development of new energy.