After nearly two years of intense price wars, the new energy storage industry stands at the starting point of a new round of competition. As low-price bidding becomes unsustainable, how to balance safety, operational efficiency, and lifecycle value has become a critical issue for companies navigating the cycle.
On March 20, Yunfan's intelligent manufacturing facility for energy storage systems officially began operations. The factory is seen as the latest testament to the industry's shift from "price first" to "value first." Unlike previous projects focused primarily on capacity expansion, Yunfan embedded system safety, intelligent operations, and scenario-specific solutions as core capabilities from the very stages of design and construction.
From "Price Wars" to "Safety Wars"
Over the past year, energy storage system prices in China have plummeted from 1 RMB/Wh to the 0.5-0.6 RMB/Wh range, severely compressing industry gross margins. While low-price competition has accelerated the elimination of outdated capacity, it has also planted safety hazards in some projects. According to incomplete industry statistics, multiple energy storage station fire accidents have occurred both domestically and internationally since 2023, making safety an increasingly pressing concern—a veritable "sword of Damocles" hanging over the industry.
Yunfan's new facility places safety standards at the forefront. According to the plant manager, the production line employs end-to-end digital process control, with multiple quality inspection checkpoints at every stage—from cell screening and module assembly to system integration. The energy storage systems produced at the factory feature multi-level active safety protection designs at the cell, module, and system levels, with thermal runaway warning response times shortened by approximately 40% compared to the industry average.
"Safety in energy storage stations is not a matter of a single component; it's a systemic capability that must be built starting from the manufacturing stage," the manager stated. "Price wars can reduce short-term costs, but they cannot compensate for the long-term losses caused by safety incidents."
From "Hardware Competition" to "Operations Competition"
As China's electricity market reforms accelerate, the revenue model for energy storage stations is evolving. Owners' focus is shifting from simple equipment procurement costs to the operational returns over the entire lifecycle of the station. The ability to leverage precise algorithms and intelligent energy management systems to "charge low and discharge high" in electricity market transactions—thereby capturing higher returns—has become a new benchmark for measuring corporate competitiveness.
The launch of Yunfan's factory also marks its parent company's transformation from an equipment manufacturer to a provider of "system solutions + operational services." It is understood that the factory includes a remote intelligent operations and maintenance platform, enabling real-time data monitoring, fault prediction, and strategy optimization for deployed storage stations. By using algorithmic models to forecast electricity price fluctuations and load demands, the platform helps owners enhance the overall returns of their stations.
"Hardware is merely the carrier; the real value lies in sustained operational capability," noted an industry analyst. "The companies that succeed in the future will not only need to know how to make good products, but also how to keep their stations on the optimal revenue curve throughout their 10- to 15-year lifespans."
From "Homogenization" to "Scenario Specialization"
Against the backdrop of widespread overcapacity, profit margins for generic products have been severely squeezed. A growing number of companies are seeking to establish differentiated advantages in niche scenarios. Different applications—grid-scale storage, commercial and industrial (C&I) storage, residential storage, and off-grid microgrids—have significantly different requirements for product performance, control strategies, and service models.
The production lines planned for Yunfan's factory feature flexible switching capabilities, allowing simultaneous production of multiple products tailored for utility-scale, C&I, and overseas residential markets. According to sources, the factory has already secured orders from several major state-owned power enterprises and international energy groups. Key products among the first batch off the line include high-voltage residential storage systems targeting the European market and integrated "PV-storage-charging" solutions for the domestic C&I market.
"The competition in the energy storage industry has entered its second half," said a securities analyst who has long tracked the sector. "Starting from 2024, we will see a clear divergence among companies. Pure production capacity is no longer a protective shield. Companies that build comprehensive capabilities across the three dimensions of safety, operations, and scenario specialization will be the ones with the resilience to navigate the cycle."
Currently, China's new energy storage installations continue to grow rapidly. Industry institutions forecast that new domestic installations will exceed 35GW in 2024. Against this backdrop of expanding market scale, how to shift from "low-price competition" to "value competition" has become a common challenge for the entire industry.
The launch of Yunfan's factory perhaps offers a case in point: as the industry moves beyond its period of unchecked growth, companies that truly focus on safety, operations, and scenario-specific solutions may be the ones best positioned to emerge stronger in the next round of consolidation.
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