CE Certified 24 Volt Lithium Ion Marine Battery Manufacturer

Custom High-Performance LiFePO4 Battery Systems engineered for extreme marine environments and industrial power reliability.

Executive Enterprise Architecture & R&D Credentials

Hangzhou LIAO Technology Co., Ltd. (established in 2009) stands as an international tier-one specialist in the engineering and production of Lithium Iron Phosphate (LiFePO4) energy systems. Operating from state-of-the-art facilities, LIAO integrates robust material science with advanced power management engineering. Our products serve mission-critical applications across 20+ countries, complying with rigorous global engineering and logistics frameworks.

We have implemented comprehensive Quality Management systems under ISO 9001, Environmental protection standards under ISO 14001, and Occupational Safety measures under ISO 18001. This multi-layered framework ensures every cell leaving our production line delivers structural safety and reliable thermal performance.

LIAO ISO 9001 Quality Management Facility Documentation
LIAO ISO 14001 Environmental Compliance Center LIAO ISO 18001 Health Safety Production Line

Strategic Engineering Strengths

Advanced chemical engineering and physical design attributes that define our industrial market advantages.

Uncompromised Safety Profile

Our custom chemistry prevents thermal runaway. Cells undergo acupuncture and crush tests without ignition, explosion, or chemical leakage, assuring safety in marine and industrial environments.

Operational Temperature Range

Capable of sustained high-current discharge profiles spanning temperatures from -40°C up to +85°C. Reliable power delivery in extreme latitudes and temperature-controlled environments.

Long Cycle Life

Our prismatic cells exceed 2,800 full charge-discharge cycles at 1C charge/discharge and 100% Depth of Discharge (DOD) before falling to 80% of original nominal capacity.

Marine Decarbonization & 24V Structural Evolution

Marine environments require robust electrical architectures. As commercial fishing fleets, scientific research vessels, and recreational yachts transition to low-emission or fully electric propulsion, 24V LiFePO4 battery setups have emerged as the standard configuration. Compared to traditional 12V lead-acid configurations, a 24V lithium-ion layout offers substantial physical and electrical advantages:

  • Reduced Cable Sizing: Halving operating currents reduces copper weight, lowers costs, and saves space.
  • Minimized Voltage Drop: Higher nominal voltage prevents power sag under heavy inductive loads, such as bow thrusters and electric winches.
  • Linear Discharge Curve: Keeps electronics, sonar, and navigation systems operating at optimal voltages throughout the discharge cycle.
15+
Years Experience
500+
Global Partners
2800+
Cycles (100% DOD)
20+
Export Nations

Tailored Battery & Industry Solutions

How Hangzhou LIAO Technology delivers high-performance lithium energy solutions to specialized global markets.

Golf Cart LiFePO4 Energy System Integration

Golf Cart Solutions

Our next-generation LiFePO4 golf cart systems provide continuous voltage discharge profiles, allowing vehicles to traverse demanding terrains and elevation shifts without performance degradation.

Caravan Mover Auxiliary Power Packs

Caravan Mover Packs

Optimized energy packs that deliver clean, emissions-free power for caravan propulsion. These units require zero maintenance and significantly reduce onboard auxiliary battery weight.

Industrial AGV and Heavy Material Handling Packs

Industrial Vehicles

High-discharge packs designed for automated guided vehicles (AGVs) and short-haul material transport. These systems support fast-charging, reducing idle times and operational overhead.

E-Boat Electric Marine Propulsion Solutions

E-Boat & Propulsion

Zero-emission, low-noise marine energy packs. Designed with IP-rated enclosures and protective shock mountings to meet demanding maritime operating environments.

Advanced Production Line & Quality Control

A structured tour of Hangzhou LIAO Technology's advanced manufacturing phases, from raw raw material processing to final testing.

Patents, Certifications & Global Compliance

LIAO products conform to international maritime, safety, and environmental standards, easing path-to-market approvals.

Global Logistics & Strategic Procurement Footprint

LIAO provides global custom battery engineering and shipping logistics, supporting smooth supply chains for import buyers.

Germany / France
Netherlands / Spain
United Kingdom
USA / Canada
Mexico / Brazil
Australia
Korea / Japan
South Africa / Nigeria

B2B OEM & ODM Engagement Model

We provide full-spectrum engineering services, from initial cell chemical design to thermal validation and customized enclosure design. Our technical sales team is fluent in international trade compliance and maritime safety standards, helping to streamline import procedures for our clients.

  • Customized cell selection (Prismatic/Cylindrical)
  • Custom CANbus, Modbus, or NMEA 2000 smart BMS options
  • Ruggedized enclosures for vibration and thermal protection

Global Engineering Compliance

Every custom system we manufacture is built with quality checks at each stage. We monitor material purity, electrode thickness, weld strength, and BMS functionality, providing full data traceability for our clients.

Technology Roadmap & Future Outlook

LIAO's engineering investments point toward higher energy density, increased safety, and intelligent system networking.

Phase 1: Smart Networking

NMEA 2000 Protocol Integration

Integrating direct NMEA 2000 compatibility into marine BMS layouts, allowing users to view battery metrics directly on standard multi-function displays (MFDs).

Phase 2: Thermal Advancements

Self-Heating Cold Climate Chemistry

Developing internal heating elements powered by charging current, enabling charging at ambient temperatures down to -30°C without risk of lithium plating.

Phase 3: Materials Research

Solid-State & Cobalt-Free Cathodes

Investing in solid-state electrolytes to further improve safety and increase volumetric energy density by up to 20% in standard marine casing dimensions.

Technical FAQ (Frequently Asked Questions)

Expert clarifications regarding 24V marine lithium batteries and industrial applications.

Why choose 24V over 12V configurations for electric marine propulsion?
A 24V configuration cuts the operating current in half compared to a 12V setup for the same power output. This reduces I²R resistive energy loss within system cabling, allows for smaller gauge wires, minimizes voltage sag under heavy load, and improves overall system efficiency.
What does CE compliance mean for lithium marine batteries?
CE compliance indicates that the battery system conforms to the essential health, safety, and environmental protection directives set by the European Union. This includes validation under testing standards like EN 62619 for safety, and EMC directives to prevent interference with navigation equipment.
How does the battery protection system (BMS) safeguard marine installations?
Our integrated Smart BMS monitors individual cell voltages, state of charge (SOC), and temperature. It prevents damage by disconnecting the pack under conditions of overcharging, deep over-discharging, short circuits, or thermal anomalies, protecting both the battery and the vessel.
Can LIAO cells operate in low-temperature winter environments?
Yes. Our standard cells support discharging down to -40°C. For charging in sub-freezing conditions, we offer custom-integrated BMS modules with heating film options to preheat cells before charging, preserving cycle life.