Phylion Battery Co., Ltd.

Xingheng's umbrella term for lithium battery products serving light transportation such as electric two-wheelers, electric tricycles, electric mopeds and high-speed motorcycles, and e-bikes; it is the company's core business segment. The portfolio covers the Super Lithium S30, FAR, Polaris, e-bike battery packs and manganese-based small cells, featuring safety, long cycle life, low-temperature endurance and high cost-effectiveness. It supplies leading OEMs such as Yadea and Aima, with users in 40 countries and regions worldwide.

Cycle life: ≥3000 cycles; Low-temperature discharge (-20°C): ≥90%; Voltage platforms: 36V/48V/60V/72V; Typical warranty: 3 years; Export countries: 40

• Electric bicycles
• Electric motorcycles
• Electric tricycles
• Electric assist bicycles (E-BIKE)

Xingheng's umbrella term for lithium energy storage products for residential, commercial and utility-scale applications (generation, grid and user side), covering storage modules and storage systems (low/high voltage). It supports multiple technology routes including LFP, lithium manganese iron phosphate and sodium-ion, addressing household power outages, industrial peak shaving and grid frequency regulation.

Cycle life: 6000 cycles (70% EOL); System voltage: 48V~438V; Capacity range: 2.5kWh~19.2kWh (module-expandable); Operating temperature: -20°C~55°C; Communication: CAN/485

• Residential energy storage
• Commercial energy storage
• Utility-scale storage (grid side)
• Charging station storage
• Wind and solar storage

Xingheng's proprietary manganese-based composite lithium material cells built on the 'golden dual-core' technology of single-crystal lithium manganate plus lithium manganese iron phosphate. They were the first to achieve large-scale application in light vehicles, combining high voltage, high energy density, long cycle life and excellent low-temperature performance; they form the technological foundation of Xingheng's light-vehicle and storage cells.

Cycle life: ≥3500 cycles; Low-temperature discharge (-20°C): ≥90%; Energy density gain: 15%~20% (vs LFP); Voltage platform: higher than lithium iron phosphate; Material system: single-crystal LMO + LMFP

• Light electric vehicle batteries
• Residential/commercial storage
• New energy vehicles

A large-capacity lithium battery series for new-national-standard electric bicycles. Equipped with the third-generation golden dual-core technology, it integrates the FireAID fire-prevention device, magnesium alloy casing, dual glue-channel waterproofing and three-stage BMS safety protection, and supports 4G + BeiDou positioning and OTA remote upgrades. With a range exceeding 100 km, it is the high-value flagship of standard-compliant lithium batteries.

Weight: 1/4 of lead-acid battery; Waterproof rating: IPX7 (30min)/national standard 48h; Operating temperature: -20°C~65°C; Range: ≥100km; Positioning: 4G + BeiDou

• Electric bicycles
• New national standard e-bikes

Xingheng's second-generation FAR series lithium batteries for electric motorcycles. Based on the GT-Force technology platform, they use Polaris battery packs, reinforced structural brackets, magnesium alloy casings, an intelligent BMS and a 4G module, covering urban commuting and high-speed long-distance scenarios. They deliver long range, high-rate discharge and wide temperature tolerance, serving as the power pioneer for long-distance electric motorcycle travel.

Peak discharge: 5C; Charge rate: 2C; Capacity range: 2100Wh~7600Wh; Operating temperature: -30°C~55°C; Design life: 6~10 years

• Electric motorcycles
• Electric mopeds
• High-speed electric motorcycles

Xingheng's first flagship lithium battery built on the GT-Force '5+4' technology system. Targeted at electric motorcycles and premium light vehicles, it is driven by high-conductivity ultra-distance technology, achieving high electrical conductivity, large capacity, wide temperature range and long-lasting cycling. With 5C instantaneous discharge, 10% higher energy density and a high-strength safety design, it defines a new height for premium lithium batteries.

Peak discharge: 5C; Energy density gain: 10%; Internal resistance: 2C continuous/5C peak; Operating temperature: -30°C~55°C (94%/97% capacity retention); Room-temperature cycles: ≥4000

• Electric motorcycles
• Premium light vehicles
• Electric tricycles

Xingheng's lithium battery packs for the overseas E-BIKE market. A unique dual-battery free switching function extends range; multiple form factors — embedded, rear rack, downtube, seat tube and dual-battery — fit various frame types, and each pack carries the Tianqi BMS overseas edition, a dedicated E-BIKE intelligent battery steward. The products are exported to 40 countries and regions including Germany and France.

Export countries: 40; Structure styles: 5 types; Model: 28 variants; Operating temperature: -20°C~55°C; Smart management: Tianqi BMS overseas edition

• Electric assist bicycles (E-BIKE)
• Overseas E-BIKE markets

Xingheng's automotive-grade general-purpose premium cells, refined over 22 years. Using a prismatic flat stacked structure and flat-stacked film-wrapping process, they offer high-current discharge, high rate capability, long life and an ultra-low internal resistance of only 2 mΩ. Their flexible dimensions adapt to multiple battery packs, and they span two technology routes — manganese-based composite lithium and high-energy LFP — serving as core cells for light vehicles and storage modules.

Internal resistance: 2 mΩ; Structure: prismatic stacked; Model: 4 variants (1833/15119/17119/21119); Manganese-system cycle life: ≥3500 cycles; Process: flat stacked film wrapping

• Light vehicle battery packs
• Storage modules
• Residential/commercial storage

Xingheng's proprietary manganese-based composite lithium material system, composed of single-crystal lithium manganate and lithium manganese iron phosphate in a 'golden dual-core' combination. The materials complement each other's strengths, greatly improving cycle life, low-temperature performance and safety. Its stable crystal structure suppresses lithium dendrites and delivers a higher voltage than LFP; it was the first to achieve large-scale application in light vehicles.

Cycle life: ≥3500 cycles; Low-temperature discharge (-20°C): ≥90%; Energy density gain: 15%~20% (vs LFP); Material system: single-crystal LMO + LMFP; Voltage platform: higher than lithium iron phosphate

• Electric light vehicles
• Residential/commercial storage
• New energy vehicles

Xingheng's high-performance lithium iron phosphate (LFP) material technology mastered through material modification. It adopts high-energy LFP materials, composite artificial graphite, a carbon black + CNT + graphene composite conductive agent and a low-temperature electrolyte, significantly improving cycle life and low-temperature performance while addressing the weaknesses of conventional LFP across the board for storage and power scenarios.

Cell cycle life: ≥8000 cycles; Pack cycle life: ≥4000 cycles; Low-temperature discharge (-20°C): cell ≥80%/pack ≥85%; Capacity retention after 28-day rest: zero decay; Technology: 3D conductive network of composite conductive agents

• Residential/commercial storage
• New energy vehicles
• Electric light vehicles

Xingheng's large-format lithium iron phosphate (LFP) cells for power applications within 400 km of range and for residential and commercial storage. Featuring an ultra-simple integrated design and full-tab structure, they support 3C super fast charging, reduce structural components by 30% and can optimize manufacturing cost by 25%. With ultra-long cycling and high safety, they are cost-effective cells shared by power and storage uses.

Room-temperature cycles: 6000; High-temperature cycles (45°C): ≥3000; Fast-charge rate: 3C; Structural components: 14 (30% fewer); Temperature rise: 2.7°C; Model: 19118/30110

• Power applications (within 400km)
• Residential storage
• Commercial storage

Xingheng's energy storage modules built on 17119 lithium iron phosphate cells, arranged in 2-parallel multi-series configurations with multiple sizes and voltage options. Safe, durable, efficient in discharge and cost-effective, they are the fundamental module units for building stable and reliable energy storage systems.

Cathode material: lithium iron phosphate; Rated capacity: 54Ah; Rated voltage: 25.6V/28.8V/32V/48V; Cell arrangement: 2P8S~2P15S; Cycle life: 4000 cycles; Dimensions: 361×133×142mm~600×125×142mm

• Energy storage systems
• Residential storage
• Commercial storage

Xingheng's energy storage modules built on 30110 lithium iron phosphate cells in 1-parallel multi-series arrangements, with nominal capacities of 2560Wh/5120Wh for low-voltage storage systems. They offer a long 6000-cycle life (70% EOL) and high safety, fitting wall-mounted and rack-mounted storage cabinets.

Cathode material: lithium iron phosphate; Rated voltage: 25.6V/51.2V; Module nominal: 2560Wh/5120Wh; Cell arrangement: 1P8S/1P16S; Cycle life: 6000 cycles (70% EOL); Dimensions: 293.4×318.2×127.5mm~538.2×318.2×127.5mm

• Energy storage systems
• Residential storage
• Commercial storage

Xingheng's low-voltage energy storage systems, built on lithium iron phosphate cells such as 17119/30110/21119/54173/71173, covering capacities from 2.5kWh to 16kWh. Supporting wall-mounted, floor-standing and rack installation, with CAN or 485 communication, they suit residential, commercial and outdoor portable power scenarios with freely expandable capacity.

Capacity coverage: 2.5kWh~16kWh; System voltage: 20V~58.4V; Cycle life: 6000 cycles (70% EOL); Communication: CAN/485; Mounting: wall/floor/rack

• Residential storage
• Commercial storage
• Outdoor portable power

Xingheng's high-voltage energy storage systems, built on 21119/30110 lithium iron phosphate cells, support a 120-series high-voltage architecture with system voltages up to 438V. Designed for frame-type and wall/floor-mounted installations, they serve large-scale industrial, commercial and grid-side energy storage.

Capacity: 5kWh~19.2kWh; System voltage: 348V~438V (high voltage)/40V~58.4V; Module nominal: 384V/50Ah (19200Wh); Cycle life: 6000 cycles (70% EOL); Communication: CAN/485

• Utility-scale storage (grid side)
• Industrial & commercial storage
• Charging station storage

Xingheng's home-use energy storage battery system, covering residential storage and outdoor portable power solutions. With expandable battery capacity and easy installation, it spans multiple technology routes — LFP, lithium manganese iron phosphate and sodium-ion — solving household outage worries and outdoor power needs with safe, long-life and cost-effective home energy supply.

Cell cycle life: ≥8000 cycles; Operating temperature: -20°C~50°C; Technology routes: LFP/LMFP/sodium-ion; Capacity expansion: freely expandable; Protection: full-chain safety assurance

• Residential storage
• Outdoor portable power
• Off-grid power supply

Xingheng's energy storage solutions for large power equipment, covering generation-side, grid-side and user-side scenarios. Supporting smart grids, critical loads and renewable energy accommodation, they provide high-safety, long-life storage systems across multiple technology routes (LFP/LMFP/sodium-ion), contributing to carbon neutrality.

System voltage: 348V~438V; Application scenarios: generation/grid/user side; Technology routes: LFP/LMFP/sodium-ion; Cycle life: long cycling (≥6000 cycles); System architecture: high-voltage grid level; Safety: full-process high safety

• Generation-side storage
• Grid-side storage
• User-side storage
• Charging stations
• Wind power

Xingheng's self-developed intelligent BMS (battery management system) with three major modules — the Shensuanzi digital system, the Marathon endurance system and the Firewall safety system. It delivers precise SOC computation, OTA remote upgrades, intelligent recharge and eight-fold safety protection, monitoring the battery throughout its entire life cycle as the intelligent steward of Xingheng lithium batteries.

Protection level: 8-fold protection; Capability utilization gain: 20%; Functions: SOC computation/OTA/balancing; Scenarios: mobility and storage; Monitoring: real-time measurement and online diagnostics

• Light vehicle lithium batteries
• Energy storage systems
• Electric two/three-wheelers