Explore our premium grade battery packs engineered to withstand demanding operational conditions across utility and commercial spaces.
As global supply chains face volatile geopolitical landscapes and severe shortages of critical lithium resources, the battery energy sector is undergoing a massive paradigm shift. Sodium-ion (Na-ion) battery chemistries have emerged as the front-runner alternative, presenting significant cost, performance, and raw-material abundance advantages. Unlike lithium-ion, sodium leverages rich, highly accessible elemental reserves, completely eliminating dependence on cobalt, nickel, and lithium supply chains.
For large-scale utility grids, cold-storage logistics, stationary backup systems, and light electric mobility, custom OEM sodium-ion cells offer unmatched thermal stability, continuous operations down to -40°C, and exceptional resistance to thermal runaway. As a leading manufacturer, we help international enterprises integrate these emerging chemistries to establish sustainable, scalable, and resilient power architectures.
Why modern energy buyers, industrial vehicle OEMs, and utility developers are diversifying their supply profiles with custom sodium chemistry configurations.
With sodium's abundance (over 1000x greater than lithium in the Earth's crust), pricing remains resilient against commodity speculation. This helps enterprise buyers lock in long-term contracts without fluctuating prices.
Lithium-ion cells lose up to 50% capacity under sub-zero operations. Sodium-ion maintains up to 80-85% capacity at -40°C, a crucial operational benchmark for commercial cold storages and outdoor high-latitude grids.
Custom Na-ion battery packs exhibit fast charging capability, taking only 15-20 minutes to reach an 80% state-of-charge (SOC). This ensures quick turnarounds in logistics, forklifts, AGVs, and delivery vehicles.
As a leading ISO 9001-certified sodium and lithium battery manufacturer, Lithmate is committed to developing industry-recognized energy storage products. Our advanced production complex accommodates modular assembly systems and custom BMS calibration lines. Every pack meets rigorous safety and transport standards, including UL, CE, UN38.3, RoHS, and IEC certifications.
Our collaborative infrastructure supports full-cycle development from physical cell chemistry matching to robust mechanical casing design. Working with top-tier cell producers like EVE and CATL, we provide high-grade energy storage options for heavy industrial uses.
Why system integrators, fleet managers, and industrial OEMs trust Lithmate with their electrification goals.
Holding over 100 patents in smart BMS design, cell connection mechanics, and thermal dissipation systems, Lithmate was recognized as a National High-Tech Enterprise.
We back our sodium and lithium batteries with a long-term commercial-grade warranty, giving you peace of mind throughout the system's lifecycle.
Our vertical supply chain enables rapid prototyping and short delivery times, outperforming standard market lead times by up to 40%.
Our Huizhou smart manufacturing plant incorporates advanced automation processes. From laser welding to AI-driven battery pack testing, every assembly phase is monitored via integrated MES systems. This continuous monitoring records critical cell data to ensure optimal quality control.
By automating cell sorting, module stacking, and electrical verification, we eliminate manual assembly variations. This advanced setup allows us to reliably scale up to a 5 GWh annual capacity to meet high-volume enterprise orders.
In addition, our local raw material sourcing provides excellent cost efficiencies. By working directly with domestic chemical suppliers, we minimize logistics costs and buffer against global market price spikes, passing these savings on to our OEM partners.
From deep-sea marine systems to high-vibration industrial logistics, Lithmate delivers dedicated solutions.
A technical assessment of battery attributes to guide your system design and chemistry selections.
While Lithium Iron Phosphate (LiFePO4) remains an excellent choice for compact systems requiring high volumetric energy density, Sodium-ion batteries perform exceptionally well in harsh climates and price-sensitive projects.
Deep engineering queries resolved by Lithmate's senior technical department.
Our industrial-grade sodium-ion cells achieve between 3,000 and 5,000 deep cycles at an 80% depth of discharge (DOD) before the nominal capacity drops to 80% of its initial value, depending on charge rates and ambient temperatures.
No, sodium-ion batteries require charging profiles specifically programmed to match their unique voltage curve. Our customized packs come with an integrated BMS designed to regulate charging voltages and safety limits.
Lithmate's sodium-ion batteries are formulated to deliver up to 80% capacity at -40°C. They charge efficiently at sub-zero temperatures with minimal risk of dendrite formation, making them well-suited for high-latitude applications.
We provide full-service customization for casing dimensions, structural elements, operating voltages, cell ratings, and communication options (including CANbus, RS485, and Modbus protocol interfaces).
We believe safety and performance are non-negotiable. Our batteries comply with international transport and product safety regulations, including UL, CE, UN38.3, MSDS, and RoHS. This complete certification path ensures hassle-free importation and regulatory compliance for your regional markets.
Additionally, we host the Huizhou Energy Storage and Power Battery Engineering Technology Research Center, recognized by the national government for outstanding developmental engineering. We partner with leading academic institutions to continuous refine BMS control algorithms, heat-dissipation techniques, and chemistry matching for various grid demands.
Partnering with global brands and energy developers to build resilient power solutions.
Discover our customized batteries for marine, starting power, material handling, and utility vehicle needs.
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