Premium Energy Storage

Enjoy Uninterrupted Power with Our Storage Solutions.

Premium Energy Storage

Enjoy Uninterrupted Power with Our Storage Solutions.

Our Products

Energy Storage Batteries

Golf Cart Batteries

Hybrid Inverter

RV/Marine Lithium Batteries

Lithium Battery Accessories

51.2V 100Ah LifePO4 Rack Mounted Battery

Our 51.2V 100Ah rack-mounted lithium battery is designed for stable backup power and energy storage. It offers high efficiency, long cycle life, and modular scalability, making it ideal for data centers, solar systems, and industrial use. Includes a rack-mount adapter for easy installation.

51.2V 100Ah LifePO4 Stackable Battery

Our 51.2V 100Ah stackable LiFePO₄ battery is designed for reliable energy storage. With a modular design for easy expansion, it ensures high safety, long cycle life, and excellent performance—ideal for home backup, solar systems, and industrial applications.

12V 300Ah LiFePO4 Deep Cycle Lithium Ion Batteries Pack

With the 12V 300Ah we built an energy dense battery ready for long nights in the ice hut or long days rolling the open road in your Rv.

12V 190Ah Cranking Starter Boats LifePO4 Lithium Battery

With the 12V 190Ah we built an energy dense battery ready for long nights in the ice hut or long days rolling the open road in your Rv.

Certified Leadership, Industry-Wide Recognition

UL1973 Certified

Certified to UL1973, this battery is designed to meet rigorous safety requirements for stationary battery systems used in energy storage applications. UL1973 certification demonstrates reliable electrical performance, structural integrity, and system safety, making the battery suitable for residential and commercial energy storage projects that require high standards of product compliance. 

UL9540A Tested

Tested to UL9540A, this battery supports advanced fire safety evaluation for energy storage systems. UL9540A testing helps assess thermal runaway fire propagation behavior at the cell, module, unit, and installation level, providing an important safety reference for residential, commercial, and industrial ESS applications. 

ISO9001 Certified

Certified to ISO9001, our manufacturing and quality management system is built around consistent process control, product reliability, and continuous improvement. This certification reflects our commitment to stable quality, precision manufacturing, and dependable customer satisfaction across every production stage. 

ISO14001 Certified

Certified to ISO14001, our environmental management system reflects a strong commitment to sustainable manufacturing and responsible resource management. It demonstrates that our production processes are aligned with internationally recognized environmental standards and support long-term green development. 

ISO45001 Certified

Certified to ISO45001, our occupational health and safety management system is designed to promote a safer working environment, better operational control, and stronger employee protection throughout manufacturing and assembly processes. This certification highlights our commitment to safe and responsible production management. 

CE Certified

Certified to CE requirements, this battery is manufactured to meet relevant European safety, health, and environmental standards. CE compliance supports safe and reliable use in a wide range of residential, commercial, and off-grid energy applications across international markets. 

CB Certified

Certified under the CB Scheme, this battery complies with internationally recognized electrical safety requirements and supports smoother access to multiple global markets. CB certification helps demonstrate product reliability and facilitates certification transfer in many countries and regions. 

PSE Certified

Certified to PSE requirements, this battery is aligned with relevant Japanese electrical safety expectations for applicable product categories. PSE certification helps support market entry and compliance needs for Japan-focused energy storage and battery applications. 

MSDS Available

This battery is supplied with MSDS documentation, providing key information on material composition, safe handling, storage, transport, and emergency response. MSDS documentation supports logistics compliance, workplace safety, and international shipment preparation. 

UN38.3 Compliant

Tested in accordance with UN38.3 transport requirements, this battery is prepared for international shipment under applicable lithium battery transport rules. UN38.3 demonstrates that the product has passed relevant transport safety tests for air, sea, and land logistics environments. 

Home Energy Storage Batteries

Versatile LiFePO4 storage options including stacked, wall-mounted, and rack designs. Engineered to provide reliable, scalable backup power for sustainable residential and commercial energy independence.

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Power Batteries

High-discharge LiFePO4 batteries engineered for forklifts, golf carts, and ATVs, delivering consistent power and zero maintenance for heavy-duty operations.

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Lead-Acid to Lithium Conversion

Seamless drop-in replacements for lead-acid systems, offering 3x the lifespan, 50% less weight, and ultra-fast charging to modernize your existing equipment.

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Custom

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We provide complete, high-quality lithium battery solutions from development to delivery. Headquartered in Shenzhen, we operate a 5,300 sqm production base in Huizhou, with overseas EPC teams

  • 10

    +

    Years of experience in new energy

  • 10000

    ㎡

    Large Production Base

  • 200

    +

    Plenty of partners in our proposal

  • 80

    +

    Certificates and patents

Latest News in Innovative Energy

Nov. 07, 2026

Can a Home Battery Start and Run High-Surge Household Loads?

Learn why battery kWh alone cannot prove motor-start backup. Compare inverter surge duration, running demand, simultaneous loads and a supervised backup test.

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How Much Home Battery Capacity Is Needed for Essential Loads?

Calculate home battery capacity from essential-load power, duty cycle and outage hours. See a transparent kWh example and avoid double-counting losses.

Nov. 07, 2026

How Should a Home Battery Specification Sheet Be Read for Backup and Daily Use?

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Whole-Home Battery Backup or Critical-Load Backup: Which Scope Fits the Home?

Compare whole-home and critical-load battery backup by protected circuits, peak power, outage duration and load control to choose a realistic home backup scope.

Nov. 07, 2026

Can a Home Battery Provide Backup Power Without Solar Panels?

A home battery can provide backup without solar if grid charging, outage isolation and backup circuits are configured. Learn what limits runtime and recharge.

Oct. 30, 2026

How Does a Home Battery Storage System Work for a Household?

Follow the energy path through a home battery, inverter and controls. Learn how charging, daily discharge and outage backup differ before comparing systems.

Oct. 29, 2026

How Can A Weak Battery Be Distinguished From A Weak Golf Cart Battery Bank?

Compare like-conditioned unit and bank readings to separate one weak battery from broad bank loss, charging shortfall or connection trouble.

Oct. 23, 2026

How Should A Replacement Golf Cart Battery Bank Be Planned?

Decide whether one unit or the bank needs replacement, then specify voltage, fit, connections and first-charge checks before ordering.

Oct. 21, 2026

What Changes When A Golf Cart Battery Bank Is Converted To Lithium?

Map the battery bank, tray, charger, controller, gauge and accessory interfaces that change when converting a lead-acid golf cart to lithium.

Oct. 18, 2026

When Does Lithium Make Sense Instead Of Lead Acid For A Golf Cart?

Compare lithium and lead acid for the same golf-cart duty, charging routine, maintenance capacity and ownership horizon before deciding whether a switch is worthwhile.

Oct. 16, 2026

How Can Peak Current Demand Be Matched To A Golf Cart Battery?

Compare a golf cart’s acceleration and hill-load current by duration with battery continuous, pulse and protection ratings under matching conditions.