#China #Shanghai #Renewable Energy #Huawei Digital Power #IDEE 2026

Huawei Digital Power Unveils Innovative Solutions at IDEE 2026

From September 15 to 17, 2026, the fourth International Digital Energy Expo (IDEE 2026) took place, where Huawei Digital Power presented its state-of-the-art renewable energy solutions that focus on grid-forming technology and artificial intelligence (AI). The company's theme for this event was "Making the Most of Every Ray, Powering the Unpowered," which reflects their commitment to harnessing renewable energy efficiently.

Highlights from the Exhibition

One of the standout presentations was Huawei's advanced applications of "grid forming + AI" in utility-scale projects. The company introduced several innovative solutions that included energy storage systems (ESS) equipped with grid-forming capabilities, smart microgrids, and ultra-fast charging systems integrated with AI technology for electric vehicle networks. Their offerings aim to support sectors that require stable and sustainable power sources while enhancing operational efficiency across various energy applications.

Utility-Scale Solutions

Huawei's latest utility-scale solution, FusionSolar 9.0, features a groundbreaking 1000V AC technology, which includes the industry's first grid-forming string inverter and an 11 MW intelligent transformer station. This advanced technology is designed to improve the performance ratio (PR) of renewable energy plants while ensuring compatibility with existing electrical grids. The intelligent inverter boasts capabilities such as grid awareness, which enhances stability during fluctuations by actively responding to grid conditions.

In an endeavor to elevate energy management, Huawei has launched the Smart I-V Curve Diagnosis solution, recognized as the first in its industry to achieve the highest certification level from the China General Certification Center, reaffirming Huawei's leadership in innovation and technology.

Energy Storage and Management

Huawei's energy storage systems (ESS) introduced six essential grid-forming features for improved network stability. These include short circuit capacity support, inertial response, wide-band oscillation damping, primary frequency regulation, automatic restart, and seamless switching between grid-connected and islanding operations. Such robust functionalities ensure that the entire installation can maintain stable operations under a variety of conditions.

The Smart String Grid Forming solution, which utilizes a smart string architecture capable of handling 1000V AC and a system layout of 12.5 MW / 50 MWh, sets a new industry benchmark for efficiency and revenue optimization over the equipment's lifecycle. Leveraging digital twin technology, this setup offers comprehensive digital support for energy trading while implementing an end-to-end safety framework from individual modules to the larger grid.

Smart Microgrid Solutions

Huawei’s smart microgrid solution exemplifies a balance between reliable electricity supply and economic energy efficiency. Deployed in several regions lacking sufficient electrical infrastructure, it supports strong and weak grid adaptability with quick switching times and parallel operation capabilities with energy storage systems and generators. This enhances system flexibility, allowing for a more dynamic integration of power sources while stabilizing supply for users.

Green Energy for Commercial and Industrial Applications

Huawei also introduced the CI One-Fits-All solution, catering to diverse scenarios including solar-only setups, battery-only systems, and virtual power plants. This flexible architecture allows for optimized energy use across different configurations, maximizing synergies among generation, grid, load, and storage. Their CI Hybrid Cooling Grid Forming series also features an advanced thermal management system that significantly enhances energy conversion efficiency.

AI-Powered Charging Systems

The Huawei FusionCharge integrates photovoltaic energy, energy storage systems, and charging points into a dedicated smart microgrid. Equipped with advanced features such as dual protection and AI scheduling, it not only boosts profitability for charging stations but also ensures compatibility with existing electrical grids. By collaborating with logistics and transportation partners, Huawei aims to develop an effective and user-friendly ultra-rapid charging network.

Data Centers Integrated with the Grid

Adopting the "3+1" strategy, Huawei's grid-interactive AI data centers are designed for high reliability and energy efficiency with quick installation times. Utilizing an optimized cooling system and power architecture, the AI enhances operational visibility and reliability across the entire supply chain, ensuring smooth and efficient data center management.

In summary, Huawei Digital Power's commitment to innovation and excellence was profoundly exhibited at IDEE 2026, where their solutions not only promise enhanced performance in renewable energy systems but also align with global sustainability goals, driving impactful changes in energy management and technology integration.