, 2026, Huawei Digital Energy focused on the theme of "building a network in the whole scene, stimulating the potential of AI, creating high quality, and accelerating light, wind, and storage to become the main power source." Hold 2026 Intelligent Photovoltaic Ten Trends Conference . Zhong Mingming, Vice President and Chief Marketing Officer of Huawei Digital Energy Intelligent Photovoltaic Business, released ten trends and white papers of Intelligent Photovoltaic, covering four scenario-based application trends and six technology application trends. Zhong Mingming, Vice President and Chief Marketing Officer
of
Huawei Digital Energy Intelligent Photovoltaic Business, Released Ten Trends
of Intelligent Photovoltaic Trend 1: Photovoltaic, Wind and Storage Synergy. To become a predictable and controllable stable power supply
, the future large base of light, wind and storage must have five core characteristics, namely, the "two pillars" of stability, controllability and cost controllability, and the "three elements" of 100% independent operation of new energy, intelligent coordination of the whole link, and high quality of life cycle safety. Finally, the goal of predictable and controllable stable power supply is achieved. The second
trend is that grid-connected energy storage is everywhere, becoming the key support
for the stability and balance of the power grid. Grid-connected energy storage is everywhere, which can not only stabilize the fluctuation of new energy generation and ensure the stability of power supply, but also actively participate in energy market transactions. It provides auxiliary services such as frequency modulation and peak regulation, which not only creates sustainable economic value for users, but also helps to build a safer, more flexible and more efficient new power system.
Trend 3: Source, network, load and storage are coordinated, and the power supply mode is moving towards "regional autonomy + global coordination"
. Relying on AI intelligent dispatching technology, the deep linkage and efficient coordination of the four links of power supply, power grid, load and energy storage can be realized.
Trend 4: Home optical storage scenario, taking the lead from AI empowerment to AI native, realizing the optimal power consumption experience
. Home optical storage scenario takes the lead from AI empowerment to AI native, AI is fully embedded in the whole stage of design, experience and operation and maintenance. Support the active strategy of upgrading the basic demand of "maximum self-use" to "optimal electricity experience".
Trend 5: High-frequency and high-density, promoting the continuous improvement
of power density of photovoltaic storage equipment. Through technological innovation from devices to systems, combined with high-efficiency heat dissipation and high-frequency material technology, it is expected that the power density of photovoltaic inverters and energy storage PCS will increase by more than 40% in the next few years. Further promote the optical storage system to improve quality and efficiency.
Trend 6: High voltage and high reliability, promoting the continuous reduction
of the cost per kilowatt hour, upgrading the withstand voltage capability of key devices and insulation materials, and promoting the trend of high voltage; The safety protection of equipment and systems has gradually shifted from passive response to active provention and control to ensure the safety and reliability under high voltage, further promote the commercial landing of high voltage, and significantly reduce the cost of photovoltaic system.
Trend 7: Battery ≠ energy storage system . System-level battery management is a necessary condition
for safe and stable operation. Digital technologies such as power electronics, cloud and AI are used to accurately and reliably monitor and manage energy storage from the battery core to the system. Achieving higher discharge capacity, higher safety, longer life and minimalist operation and maintenance of energy storage system has become the basic requirement of high quality energy storage.
Trend 8: The technology system of new energy grid construction is becoming more and more mature, accelerating the construction of
new power system. Grid-type energy storage is transforming from a "passive follower" of grid stability to an "active builder". Network construction technology is moving from a single functional application to a new stage of systematic and deep integration. Its core is centered on the three pillars of high-performance hardware, network construction algorithm and intelligence. Through layer-by-layer deepening and cross-integration, it builds a support capability to meet the needs of full scene, full working conditions and full time domain stability.
Trend 9: Agents deeply empower new energy power stations and move towards "autopilot"
. Agents will accelerate their integration into new energy power stations and help power stations achieve "autopilot" through cloud-edge intelligent collaboration.
Trend 10: The energy storage industry is moving towards a new stage of safety quantification, and the safety capability of traction energy storage is improved
. Energy storage safety is moving from a single sample assessment to a systematic assessment, covering the whole life cycle safety of the system. Through quantitative indicators, the safety standards are defined, and the iteration of safety capability is driven by grading requirements, so as to fundamentally solve the industry pain points of "vague safety boundary and inadequate pertinence of provention and control", and build a strong safety barrier for the healthy development of energy storage industry.
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