Driven by Scale Expansion and Policy Regulation: How Battery Swapping Operators Achieve Transformation and Upgrading in 2026

Driven by authoritative industry data and the latest national policy guidelines, this paper systematically sorts out the development status, reform trends and future opportunities of the two-wheeler food delivery battery swapping industry, and conducts an in-depth analysis of the core competition logic at the industry watershed stage. It aims to provide professional, objective and practical reference for national battery swapping operators in strategic layout, long-term development planning and transformation & upgrading implementation.

Starting from Q1 2026, with the continuous improvement of industrial regulatory policies and the normalization of market competition, the two-wheeler food delivery battery swapping industry has officially bid farewell to the extensive growth era of profitability via simple cabinet deployment, entering a watershed period of high-quality development marked by upgrading for quality improvement and refinement for revenue growth.

I. Industry Status: Coexistence of Rapid Scale Expansion and Accelerated Elimination

1. Continuous Market Expansion and Solid Rigid Demand

China’s ownership of two-wheeler electric vehicles has exceeded 400 million units, with the lithium battery penetration rate rising to 58.3%, a leapfrog increase from less than 20% in 2021. The huge stock of lithium batteries generates sustained rigid demand for the food delivery battery swapping industry.

(Data Source: 2025 Annual Industry Report, China Bicycle Association)

The industry maintains strong growth momentum. In 2025, the market size of China’s two-wheeler battery swapping industry reached 14.72 billion yuan, with monthly subscription users hitting 4.002 million. Industry forecasts project the market size will climb to 18.35 billion yuan in 2026, with active monthly users approaching 5 million and an annual compound growth rate exceeding 25%, sustaining long-term rapid growth.

(Data Source: 2026 China Electric Two-Wheeler Battery Swapping Industry Research Report, Zhiyan Consulting)

Food delivery riders constitute the core user group of the battery swapping industry. More than 13 million instant delivery riders nationwide ride long distances daily, with a battery swapping repurchase rate over 80% and penetration rate exceeding 60% in core cities. Featuring high user stickiness and stable demand, riders form the fundamental support for industrial growth. Overall, the food delivery battery swapping track keeps expanding in scale with clear long-term development value.

(Data Source: 2025 Instant Delivery Industry White Paper; Industrial Research Report, Qidian Research Institute, March 2026)

2. Tighter Policy Compliance and Rising Industrial Threshold

2025–2026 marks a critical compliance cycle for the two-wheeler battery swapping industry. A batch of mandatory national standards and regulatory policies have been intensively issued, upgrading industrial standards across the entire chain including battery safety, equipment adaptation, daily operation and recycling traceability, driving the industry to fully shift from extensive development to standardized and regulated development. Core policies and national standards are as follows:

1. GB 43854-2024 Safety Technical Specification for Lithium-ion Batteries Used in Electric BicyclesA national mandatory standard issued in April 2024 and officially implemented in November 2024. It comprehensively regulates the safety performance of lithium cells and battery packs, defines safety indicators under extreme scenarios such as overcharging, short circuit, high temperature and acupuncture, unifies standards for lithium battery production, adaptation and operation & maintenance, and underpins the safety bottom line of battery swapping batteries from the source.(Data Source: State Administration for Market Regulation; Standardization Administration of China; official interpretation by MIIT)
2. GB 17761 Safety Technical Specification for Electric Bicycles (New National Standard)The fundamental mandatory national standard of the industry, which unifies core parameters including vehicle voltage, power and weight of electric bicycles, clarifies adaptation standards for vehicles, batteries and battery swapping cabinets, eliminates the mixed use of non-standard vehicles, batteries and cabinets, and realizes integrated compliance adaptation of vehicles, batteries and cabinets.(Data Source: Official National Standard Documents, State Administration for Market Regulation & Standardization Administration of China)
3. The Trial Guidelines for Shared Battery Swapping of Electric Bicycles jointly issued by the State Fire and Rescue Administration, MIIT and State Administration for Market Regulation, standardizes the whole-process criteria for battery swapping cabinets, battery management, station operation & maintenance and safety control, and unifies national regulatory norms for shared battery swapping operations.(Data Source: Joint Official Document, December 2025)
4. Starting from April 2026, new regulations on power battery recycling jointly issued by six authorities including MIIT will be fully enforced nationwide. Full-lifecycle battery traceability, account registration and compliant recycling are officially incorporated into legal requirements, enabling whole-process supervision and traceability of battery production, operation, circulation and decommissioned recycling.(Data Source: Policy Announcement, November 2025)
5. Currently, the battery swapping industry has formed a regulatory system featuring national standard bottom line, multi-department joint supervision, full-cycle control and regular rectification. The core policy orientation is not to restrain industrial development, but to phase out backward non-standard capacity, rectify disorderly low-price competition, and force overall industrial quality upgrading. Going forward, compliance capability will become an essential basic operational competency for operators. Practitioners who proactively comply with national standards and maintain standardized operation will continue to reap dividends from regulated industrial development.

3. Diversified Competitive Landscape and Unsustainability of Extensive Operation

Against the backdrop of market expansion and policy standardization, the industrial competitive landscape keeps diverging, and the drawbacks of traditional extensive operation have become prominent. Statistics show that over 30% of operators withdrew from the market in the past year due to safety accidents, compliance rectification, asset loss and operational losses. The extensive model relying solely on blind site expansion, lax management and non-compliant operation can no longer adapt to the new industrial phase, making professional and refined operation the key to industrial breakthrough.

(Data Source: Battery Swapping Operator Operational Cost Survey, February 2026)

II. Three Core Industrial Trends

1. Intelligence: From Manual Operation & Maintenance to Digital-driven Management

Cloud-based remote operation & maintenance has become an industrial mainstream configuration, enabling 7×24 real-time monitoring of equipment, batteries and inventory status, early warning of potential safety hazards and equipment faults, and reducing manual inspection frequency by over 70%. Combined with digital full-lifecycle battery management, it can accurately track battery location, health status and loss data, effectively curb asset loss, and greatly improve asset utilization and operational stability. Intelligent capability has become a core competitive moat for operators.

(Data Source: Zhixun Big Data Cloud Platform and Operation & Maintenance Statistics)

2. Compliance: From Passive Rectification to Proactive Compliance

The industrial compliance system has formed a closed loop integrating hardware, operation and recycling. On the hardware side, full compliance with national mandatory standards and complete qualification & safety protection capabilities are required. On the operation side, an intelligent supervision system shall be built to realize real-time data upload and rapid abnormal response to ensure standardized station operation. On the recycling side, strictly implement new power battery recycling regulations, dispose of decommissioned batteries in compliance with rules, eliminate non-standard circulation and potential safety risks, and avoid policy penalties and operational risks in all aspects.

3. Refinement: From Scale Expansion to Lean Operation

Refined asset management effectively solves problems such as battery loss and idle equipment. Replacing manual on-site duty with intelligent operation & maintenance cuts annual operational costs per station by over 30%. Refined user operation optimizes services and packages to match riders’ high-frequency rigid needs and reduce user churn. Scientific and refined site layout revitalizes stock resources and lifts comprehensive revenue per station by 40%. Refined operation has become the most stable profit growth driver in the current battery swapping industry.

(Data Source: Battery Swapping Operator Operational Cost Survey, February 2026; Zhixun Big Data Operation Service Platform)

III. Business Suggestions: Deep Cultivation of High-quality Development Track

1. Empower with Technology to Build a Full-link Intelligent Management System

Operators should abandon the traditional mindset of prioritizing hardware over software, and focus on deploying cloud management platforms, intelligent BMS battery management systems and AI intelligent scheduling modules to realize integrated intelligent control of equipment, batteries, users and data. Empower daily operation & maintenance with digital and intelligent capabilities to reduce costs, control losses and boost efficiency, and consolidate operational foundations with technological strength.

2. Prioritize Compliance to Build a Full-chain Operational Moat

Keep pace with national standard updates and local regulatory dynamics, strictly align with GB 43854 lithium battery standards, GB 17761 vehicle standards and new battery recycling regulations to complete compliance upgrading of equipment and batteries. Establish a sound full-lifecycle battery traceability account, form a full compliance closed loop covering procurement, operation, circulation and recycling, standardize data reporting and emergency response mechanisms, transform compliance capability into core operational barriers, and avoid risks of rectification and market exit.

3. Implement Lean Operation to Build a Sustainable Profit Model

Operators shall adjust business philosophy from blind site expansion to stock deep cultivation and lean efficiency improvement. Leverage digital tools to realize refined asset control and cut invalid operational costs, continuously optimize the rider service system to enhance user repurchase rate and reputation. Scientifically optimize network layout, revitalize stock resources, steadily increase revenue per station, and build a stable and sustainable profit model.

The year 2026 stands at a critical watershed for quality upgrading of the two-wheeler food delivery battery swapping industry. The industry is not facing fading dividends, but bidding farewell to extensive growth and entering a new era of high-quality and standardized development. The track boasts solid rigid demand and continuous market expansion with prominent long-term development value. Going forward, intelligence underpins efficiency, compliance defines the survival baseline, and refinement constitutes the core of profitability — the three are complementary and indispensable.

For operators, there is no need to fear industrial reshuffling. By adjusting business strategies in line with the trend, abandoning extensive operation models, stabilizing operation via compliance, improving efficiency via intelligence and increasing profits via refinement, operators can seize structural dividends, avoid operational pitfalls, and achieve steady layout, sustainable profitability and long-term development in the industrial upgrading wave.