• Current Status of China’s Electric Bicycle Industry

1 , the market size is enormous

China is a major producer and consumer of electric bicycles, with a total stock reaching 4.2 hundred million vehicles, 2023 In the year, enterprises above designated size nationwide cumulatively produced electric bicycles. 4228 ten thousand vehicles, and it is expected that 2023 Year to 2028 Year, the market size will grow from 172 increased from hundreds of millions of dollars to 242 hundred million US dollars .

2. Leading companies enjoy clear advantages.

As the industry moves toward greater standardization, evolving safety requirements and technical specifications are raising firms’ technological benchmarks and increasing production costs, thereby highlighting the competitive advantages of leading companies in technological leadership and cost‑control capabilities. This is expected to further drive consolidation within the sector. For example, Yadea has maintained the top global sales position for seven consecutive years, with a cumulative global user base exceeding 8000 Ten thousand, with the number of retail outlets reaching 40000 Multiple channels, with industry-leading channel coverage. .

3. Technological innovation continues to advance.

Driven by policy guidance, market demand, and technological advancements, the electric bicycle industry is steadily advancing toward high-quality development. Companies are continuously increasing R&D investment and promoting technological innovation, as exemplified by Yadea. 2023 Annual R&D investment reaches 11.92 hundred million yuan, with cumulative R&D investment exceeding 47.8 hundred million, creating over 1900 This patent has achieved breakthrough advances across multiple technological fields. .

4. Intense market competition

As capital markets increasingly favor the sector, leading electric‑bike manufacturers have been expanding their production capacity. However, China’s electric‑bike market has become saturated, and the replacement demand spurred by the new national standards is nearing its end, leaving limited room for further growth and intensifying industry competition. .

5. Security issues urgently need to be addressed.

The rapid growth in the number of electric bicycles has also given rise to a series of safety concerns. In recent years, fire incidents involving electric bicycles have occurred with alarming frequency. According to rough estimates, among lithium batteries used in electric bicycles, the top-ranking… 9 The enterprise’s supply volume accounts for approximately of the total market volume. 40% , behind 100 The supply volume of several small enterprises accounts for approximately 30% , the share of remanufactured batteries supplied by small workshops is approximately 30% Batteries supplied by these small workshops often involve unauthorized refurbishment and reassembly, with many using discarded batteries recovered from vehicle dismantling or substandard batteries phased out by manufacturers—posing significant safety risks.

• Opportunities and Challenges Brought by the New National Standard

1 , national standard GB-43854-2024 Regulatory requirements for the electric bicycle industry

• Safety Requirements for Single Cells : From overcharge, overdischarge, external short circuit, thermal abuse, puncture, and marking Six aspects specify the safety requirements for individual battery cells. Among these, the overcharge requirement is set at 1.5 times the rated value, and tests such as the nail penetration test can effectively screen for battery safety.
• Battery Pack Safety Requirements ：
  • Electrical Safety : These include overcharge, overdischarge, external short circuit, and thermal protection. Overcharge, external short‑circuit, and overcurrent discharge tests for the battery pack must be conducted under both normal operating conditions and single‑fault conditions of the protective components; therefore, the battery pack may require a dual‑protection design to meet the requirements. 。
  • Machine safety : Covers compression, acceleration shock, vibration, and other factors; it is necessary to ensure the safety of the battery pack under various mechanical stresses.
  • Environmental Safety : Including low pressure, temperature cycling, and immersion, these tests simulate various environmental conditions to evaluate the stability and safety of the battery pack.
  • Thermal diffusion : It is required that, once a single cell in the battery pack catches fire, the fire must not rapidly spread to the entire battery pack.
  • Mutual recognition and collaborative charging The battery pack shall be equipped with interoperable, coordinated charging functionality to mitigate the risks associated with mismatched charging equipment.
  • Data Collection : During charging and discharging, battery voltage and battery pack voltage should be sampled in real time. / Temperature / Current—this necessitates that the battery pack be equipped with a management system for real-time monitoring.
  • Logo : The manufacturer shall clearly mark the battery pack with “Service life for safety” is intended to remind users to promptly retire aging batteries. Battery packs should also bear a unique identification code, with the coding label made from a high‑temperature‑resistant material (withstanding 950°C), ensuring traceability even in the event of a fire.
  • Flame retardancy The battery pack’s enclosure, printed circuit board, and wiring shall be made of flame-retardant materials to reduce the rate of flame spread in the event of a fire. 。

2. Following the implementation of the national standard GB 43854, the electric bicycle industry may face the following opportunities and challenges.

A, Opportunity

• Market Restructuring and the Development of High-Quality Enterprises The national standard has raised the industry’s entry barriers, prompting the market to weed out substandard products and non‑compliant small enterprises and workshops. The resulting shift in market share has created greater growth opportunities for high‑quality companies. For instance, established lithium‑ion battery manufacturers like Xingheng—characterized by strong compliance awareness, robust technological capabilities, and superior product quality—can leverage their advantages to seize early market opportunities, expand their market share, and drive the industry toward greater concentration and standardization. .
• Technological Innovation and Upgrading To meet the stringent requirements of national standards, companies will increase R&D investment and actively explore new technologies, materials, and processes—such as improving battery electrode materials, optimizing battery management systems, and developing more efficient charging technologies. These efforts will help elevate the industry’s technological level, drive electric bicycles toward higher performance, greater safety, and enhanced intelligence, and better satisfy consumers’ demands for product quality and user experience. .
• Lithium battery market growth : The new national standard remains in effect 48V While voltage limits remain unchanged, anti-tampering requirements have been tightened, preventing consumers from achieving longer ranges through unauthorized modifications. As a result, compliant lithium batteries that meet national standards have become an essential prerequisite for market access. With their superior performance and high safety, these batteries are poised to see increased adoption once they displace non‑compliant and low‑quality alternatives, further driving the growth of the lithium‑battery market. .
• Enhanced Consumer Trust The national standard sets clear and stringent safety requirements for lithium-ion batteries used in electric bicycles, covering a range of tests such as overcharging, deep discharging, external short circuits, thermal abuse, and nail penetration. By addressing potential risks at the source, these measures ensure product quality, enhance the safety of electric bicycles, bolster consumer confidence in these products, and promote the healthy, stable development of the market, thereby laying a solid foundation for the industry’s long-term growth. .
• Industrial collaboration has been strengthened. To better align with the new national standards, collaborative partnerships across the electric bicycle industry—spanning battery manufacturers, complete‑vehicle producers, charger makers, and component suppliers—will become even more robust. These stakeholders will jointly engage in R&D, product design, and manufacturing, sharing resources and leveraging complementary strengths to enhance the overall efficiency and competitiveness of the value chain, thereby fostering coordinated industrial development. .

B, Challenge

• Rising corporate costs : To ensure the product complies with national standards In accordance with the requirements of GB‑43854, enterprises must increase investment in areas such as raw material procurement, equipment upgrades, technological R&D, and quality inspection, thereby driving up production costs. Moreover, inventory products that fail to meet the standards must be disposed of or retrofitted, which also entails certain financial losses for the company. These factors place higher demands on the enterprise’s financial strength and its ability to control costs.
• R&D pressure The various safety‑related technical specifications and testing procedures stipulated in national standards pose a significant challenge to a company’s R&D capabilities. Enterprises must develop products that meet these standards within a short timeframe, facing substantial technical hurdles and R&D pressures—particularly in areas such as battery safety, consistency, durability, and the intelligent functionality of battery management systems. For companies with relatively limited technical expertise, keeping pace with technological advancements may prove difficult, leaving them at a competitive disadvantage in the market. .
• Market competition is intensifying. On the one hand, as market consolidation accelerates, numerous small and medium-sized enterprises are being forced out, with market share increasingly concentrated among a handful of large players, thereby intensifying competition. On the other hand, the implementation of the new national standards has also drawn new entrants into the electric bicycle industry, further exacerbating competitive pressures. To maintain their foothold in the market, companies must continuously enhance their competitiveness across product quality, performance, pricing, and customer service. .
• Regulatory and Compliance Risks : National Standard As a mandatory standard, GB 43854 will prompt regulatory authorities to intensify oversight and inspection of the electric bicycle market, with non‑compliant products and enterprises subject to legal penalties. This necessitates that companies strictly adhere to the standard’s requirements, strengthen internal management and quality control, and ensure product compliance; otherwise, they will face significant regulatory and compliance risks.
• After-sales and Recycling Issues Following the implementation of the new national standard, companies must establish more robust after-sales service systems to address potential product quality issues and meet consumers’ post-purchase needs. At the same time, as a large number of non‑compliant electric bicycles and batteries are phased out, properly managing these end-of-life products and setting up a standardized recycling system has become a major challenge for the industry, involving environmental protection, resource utilization, and consumer rights.