As global power grids shift toward decentralized renewable energy, the integration of energy storage and fast-charging technologies is no longer an optional upgrade—it is a critical cornerstone of modern energy infrastructure. A well-designed Energy Storage & Charging Integrated Battery system acts as a buffer between high-power EV charging demands and local utility networks, resolving grid capacity limitations while enabling peak shaving, emergency backup, and microgrid autonomy.
Mitigate the high peak-load demands of ultra-fast EV chargers by integrating advanced battery storage buffers, ensuring steady, non-disruptive power withdrawal from the local grid.
Enable automated peak shaving and load shifting. By storing cheap energy during off-peak hours and utilizing it during high-tariff periods, commercial users achieve rapid ROI.
Seamlessly integrate local solar photovoltaic arrays, industrial EV battery chargers, and the utility grid with our smart AI-driven Energy Management Systems (EMS).
Globally, commercial enterprises, logistics hubs, and heavy industrial fleets are modernizing their electrical frameworks. This evolution is driven by legislative net-zero requirements, grid reliability challenges, and the rapid electrification of heavy logistics assets.
While Lithium Iron Phosphate (LiFePO4) remains the gold standard for cyclic longevity, alternative chemistries are transforming specialized applications. Sodium-ion is capturing the low-temperature cranking market due to its unmatched performance down to -40°C, while Solid-State solutions are paving the way for ultra-safe, high-density residential and auxiliary transport backups.
International procurement teams require manufacturers to possess extensive certifications. Meeting regulations like UL9540A for thermal runaway protection, CE-LVD for European safety compliance, and UN38.3 for transport safety is mandatory to bypass import bottlenecks and satisfy global insurance underwriting requirements.
Procuring raw batteries is no longer sufficient. Industrial buyers demand unified power topologies where the Battery Management System (BMS) communicates natively via CANbus, RS485, or Modbus protocols to the onsite microgrid Energy Management System, facilitating real-time monitoring of State of Charge (SoC) and State of Health (SoH).
As a leading pioneer in the electrochemical sector, Lithmate New Energy Co., Ltd. is a dedicated manufacturer operating in full compliance with the strict ISO 9001 standard frameworks. We design, engineer, and mass-produce premium lithium-ion, sodium-ion, and solid-state battery configurations for industrial, marine, electric vehicle, and grid-scale applications.
Our manufacturing footprint features state-of-the-art fully automated and semi-automated production lines alongside advanced electrochemical testing labs. This complete vertical integration allows us to guide projects from initial concept design and custom BMS drafting through structural casing and certified pack assembly, straight to safety validation testing.
To deliver uncompromising durability, we build our packs using top-tier cells sourced from world-class industry leaders, including EVE and CATL. This baseline quality, combined with our technical expertise, enables us to offer industry-leading warranties and full lifecycle support for international deployments.
Fully certified to meet demanding international safety and transport parameters, including CE, UL, UN38.3, RoHS, and IEC.
Continually upgrading active BMS balancing topologies, thermal runaway mitigation techniques, and mechanical structure designs.
Engineered logistics, drop-shipping networks, and dedicated technical service hubs tailored to serve global markets.
Full customization capabilities covering custom mechanical enclosures, specific chemical configurations, and proprietary protocols.
We provide engineered, end-to-end electrical solutions optimized for deployment under harsh industrial, heavy marine, and dynamic commercial conditions.
Our dedicated engineering department draws on over 16 years of electrochemical integration experience to solve complex power distribution challenges.
We deliver customization options across all components: custom BMS settings, bespoke high-strength casings, custom thermal management protocols, and specific connector interfaces.
We achieve absolute cell balancing, robust thermal isolation, and strict quality control through automated lines and comprehensive testing before shipment.
From advanced low-temperature sodium-ion starting systems to high-voltage, high-capacity industrial LiFePO4 packs, we remain at the forefront of battery tech.
Guaranteed performance on our premium industrial product lines.
Comprehensive engineering support and system troubleshooting.
Highly optimized supply chains ensure timely delivery for standard and OEM batches.
Our engineered solutions address the unique power requirements of diverse commercial, transport, and manufacturing applications.
At Lithmate New Energy Co., Ltd., we provide advanced lithium battery systems engineered for diverse low-speed and commercial electric vehicles. Whether powering golf carts, automated guided vehicles (AGV/AMR), electric low-speed vehicles (LSV), personal mobility fleets, utility trucks, or municipal buses, our batteries deliver reliable power, long cycle life, and high operating efficiency.
Our solutions feature exceptional volumetric energy density, support rapid-charging protocols, and are equipped with advanced thermal runaway mitigation. These features make them the ideal choice for business operations seeking to optimize cost-per-mile and reduce downtime.
AGV/AMR
E-BUS
GOLF CART/LSV
UTILITY VEHICLES
Lithmate Marine LiFePO4 batteries are designed for demanding marine environments, including fishing boats, electric yachts, commercial tugs, and auxiliary marine systems. Available in 12V, 24V, 36V, 48V, and 96V configurations, our systems provide reliable power for propulsion, onboard electronics, navigation, lighting, and heavy auxiliary winches.
Built with robust IP67-rated waterproof enclosures, anti-vibration framing, and anti-corrosive connections, our marine batteries withstand constant exposure to saltwater and high physical vibration. This ensures safe, consistent operation even in challenging open waters.
Fishing Boat
Electric Boat
Industrial operations require batteries that can handle heavy work cycles, rapid charging, and long shifts. Lithmate's premium lithium battery line powers all types of material handling machinery, including electric forklifts, automated floor scrubbers, heavy road sweepers, and scissor aerial lifts.
Our battery packs reduce maintenance costs, eliminate the need for dedicated battery rooms required by lead-acid systems, and support opportunity charging during breaks. This keeps your material handling fleet operating efficiently throughout multi-shift workdays.
Forklift
Floor Cleaning Machine
Aerial Work Platform
Lithmate is a leader in starting battery innovation, offering high-performance Sodium-ion and ultra-reliable Lithium Iron Phosphate (LiFePO4) systems. Engineered to deliver high cold-cranking amps (CCA), our starting batteries ensure quick, reliable engine starts under demanding conditions.
Our Sodium-ion starting batteries are ideal for cold climates, maintaining high efficiency and discharging capacity at temperatures down to -40°C. For applications prioritizing long cycle life and thermal stability, our LiFePO4 starter series delivers reliable starting power for heavy transport trucks, passenger cars, marine vessels, and personal watercraft.
Truck
Car
Marine
Motorcycle
Jet ski
Lithmate's market position is built on ongoing investment in technical innovation. We turn academic chemistry research into practical industrial products.
We hold over 100 patents covering battery management algorithms, structure designs, high-vibration module containment, and heat dispersion systems. This active R&D focus has earned Lithmate recognition as a National High-tech Enterprise.
We host the Huizhou Energy Storage and Power Battery Engineering Technology Research Center. This facility drives our exploration into high-voltage battery balancing, thermal containment, and the optimization of sodium-ion battery configurations.
We partner with several universities on joint battery R&D projects. These academic collaborations allow us to study next-generation solid-state electrolytes and integrated charger topologies, keeping our product development at the forefront of the industry.
Our development roadmap focuses on improving battery safety, increasing cycle life, and lowering the total cost of ownership (TCO) for global energy storage projects.
We are scaling up production of our 12V 300Ah Solid-State battery cells. By replacing flammable liquid electrolytes with solid alternatives, we aim to eliminate thermal runaway risks while increasing volumetric energy density for demanding marine and RV applications.
We are expanding sodium-ion technology beyond vehicle starting applications into stationary grid storage. Sodium's abundant raw materials and excellent low-temperature performance make it a cost-effective choice for regional wind and solar energy storage systems.
We are developing high-voltage 1MWH energy storage and EV charging systems. These integrated products combine liquid-cooled battery storage, bi-directional converters, and fast-charging interfaces into a unified, outdoor-rated package ready for plug-and-play installation.
Common technical and operational questions regarding integrated energy storage, charging systems, and industrial battery procurement.
Integrating energy storage buffer systems reduces peak power demands on the local grid. It allows operators to install fast chargers in areas with limited power capacity, helps avoid expensive grid upgrades, and enables peak-tariff shaving by using stored off-peak power during peak demand hours.
Sodium-ion starting batteries offer excellent low-temperature performance, maintaining operational discharge capability down to -40°C where standard lithium chemistries face charging limits. They also present a lower-cost option while providing high cold-cranking performance and long cycle life.
Yes. Our in-house engineering team designs and programs our BMS to match specific application needs. We support communication integration with major vehicle controller, motor driver, and inverter protocols using CANbus, RS485, and Modbus networks.
All marine battery packs undergo rigorous safety testing. We provide complete certification compliance documentation, including UN38.3 transport safety reports, Material Safety Data Sheets (MSDS), CE-LVD certification, and select IEC/UL test reports required for global shipping.
We manufacture our battery packs using A-grade cells sourced from trusted suppliers like EVE and CATL. Our automated assembly lines sort and match cells by voltage, capacity, and internal resistance, and we perform dynamic capacity testing on finished packs to ensure balance and longevity.
We build reliable battery systems through collaborations with leading suppliers and component manufacturers.
Lithmate
