Article supplied by Sungrow
Sungrow, a prominent global PV (photovolatic) inverter and energy storage system provider, presented its full-scenario solution at the Sungrow Global Renewable Energy Summit 2026 in Hefei, China.
At the summit, Sungrow outlined how integrated energy solutions can address the surging power demands and structural challenges facing industries worldwide.
Sectors such as mining, microgrid, hydrogen production, and EV (electric vehicle) charging are expanding at unprecedented speed, with power supply becoming increasingly critical.
According to third-party analysis, combined annual electricity demand from these sectors is expected to reach 4000 terawatt-hours by 2030. Meanwhile, power costs have already become a major operational challenge.
Despite a shared demand for reliable and affordable electricity, each industry faces unique pain points. In addition, wide divergence in operating environments, grid strength, load conditions, and power quality requirements underscore the need for scenario-specific energy solutions.
In effect, Sungrow believes that premium, customised energy solutions are essential to addressing the diverse needs of different scenarios.
Customised designs for full-scenario applications
AIDC Scenario
In the digital era, rapid advances in AI (artificial intelligence) are driving a surge in data center power demand. This has called for a next-generation power supply architecture defined by high efficiency, high density and strong resilience.
Leveraging its expertise in power electronics and renewable energy, Sungrow entered the AIDC (Artificial Intelligence Data Centre) sector last year, with a comprehensive grid-to-chip solution.
This year, Sungrow will launch a dedicated SST (Solid-State Transformers) solution for data centers, significantly reducing footprint while improving efficiency. Sungrow will also integrate grid-forming technology in AIDC ESS to mitigate grid disturbances and enhance system stability.
Mining microgrid scenario
Most mines are located in remote areas with limited grid access, complex loads, and strict power stability requirements, making energy supply a significant challenge. Sungrow addresses this with an integrated PV-wind-storage-EV charger-controller solution, reducing energy costs by 20-50 per cent compared with a diesel generator.
Given the variability of mining loads, Sungrow leverages advanced simulation capabilities to deliver tailored solutions with optimised equipment configurations, ensuring a reliable power supply and reduced CAPEX. Moreover, a five-level progressive protection system further safeguards stable operations under extreme conditions.
PV-ESS-EV charging integrated scenario
Many EV charging projects suffer from poor coordination among system components, resulting in underperformance and reduced returns.
Sungrow addresses this challenge with a one-stop, fully integrated solution that enables deep synergy across equipment and incorporates AI-driven operations, increasing overall revenue by more than 50 per cent.
Meanwhile, grid-forming technology has been extended to commercial and industrial applications to mitigate grid fluctuations caused by large-scale ultra-fast charging.
In addition, Sungrow’s systems enable seamless integration with VPPs (Virtual Power Plants) through unified interfaces, unlocking greater value through diversified, future-ready revenue streams.
Hydrogen production scenario
In hydrogen production applications, Sungrow optimises equipment configuration, reducing capital expenditure by over 20 per cent through PV-wind-storage-hydrogen integration and system-level simulation.
In parallel, PV-storage-hydrogen direct-current-coupling and flexible production technologies enhance energy efficiency and lower electricity costs by more than 10 per cent.
Powering the next phase of the energy transition
Renewable energy is shifting from a supplementary resource to a primary power source. This transition drives demand for premium energy solutions built on multi-energy integration for cost-efficient power, systematic grid-forming technologies for enhanced stability, and customised designs tailored to diverse scenarios.
In effect, Sungrow believes that the deep integration of premium products and proven expertise is key to delivering truly scenario-adapted solutions.
Looking ahead, Sungrow is focused on continuing to build a more flexible, resilient, and sustainable energy landscape. This is important for industries to meet growing energy demand and accelerate the transition to a low-carbon future.
