Advanced Lithium Iron Phosphate Battery Technology
MKI Energy Technology Co., Ltd.

Power.
Safety.
Longevity.

Advanced Lithium Iron Phosphate battery solutions engineered for mission-critical industrial, marine, and energy storage applications worldwide.

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Electric Transportation Battery Solutions
Transportation & Mobility

Driving the
Clean Energy
Transition.

High-performance LFP battery modules powering electric buses, AGVs, and commercial fleets with proven safety and 4,000+ cycle life.

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Marine & Maritime Lithium Battery Systems
Marine & Maritime

Built for
the Toughest
Environments.

Certified marine-grade LFP battery systems delivering reliable power for commercial vessels, yachts, and offshore energy storage.

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MKI Energy Technology manufacturing facility
About MKI Energy

About MKI Energy Technology Co., Ltd.

MKI Energy Technology Co., Ltd. is a globally trusted manufacturer of Lithium Iron Phosphate (LFP) battery cells, custom battery packs, and intelligent battery management systems. With production facilities in China and commercial offices in the USA and the Netherlands, we serve OEM customers across stationary energy storage, industrial automation, commercial marine, and transportation sectors.

Our proprietary Nanophosphate® technology delivers industry-leading cycle life, inherent thermal stability, and abuse tolerance — making our cells the preferred choice for engineers who cannot compromise on safety or reliability.

4,000+
Cycle Life
20+
Years R&D
50+
Countries
Learn About Us
Our Products

High-Performance LFP Battery Solutions for Global OEM Markets

From precision-engineered cylindrical cells to fully integrated custom battery packs, every product is built to exceed the demands of mission-critical applications.

LFP Power Cells

18650 & 26650 Lithium Iron Phosphate Power Cells

Engineered using patented Nanophosphate® technology, our 18650 and 26650 LFP power cells deliver exceptional power density, ultra-long cycle life exceeding 4,000 cycles, and inherent chemical stability that eliminates thermal runaway risk. Ideal for high-drain industrial, transportation, and energy storage applications requiring uncompromising reliability.

  • Nanophosphate® cathode chemistry for superior safety
  • 4,000+ deep discharge cycles at 80% DOD
  • Wide operating temperature: -30°C to +60°C
  • UL, IEC, CE, UN38.3 certified
18650 and 26650 LFP Power Cells by MKI Energy Technology
Custom LFP Battery Packs and Modules
Custom Solutions

Custom Battery Packs & Modules

We design and manufacture application-specific battery packs and modules using best-in-class LFP cells combined with intelligent Battery Management Systems (BMS). From compact 12V drop-in replacements to high-voltage multi-rack energy storage systems, our engineering team delivers fully validated solutions tailored to your specifications, certifications, and production volumes.

  • Full BMS integration with CAN/RS485 communication
  • Custom form factors: 12V to 1000V+ configurations
  • IP65/IP67 enclosures available for harsh environments
  • CE, UL, IEC 62619, UN38.3 certification support
Custom Packs
Our Markets

Industries We Power

MKI Energy Technology serves demanding global markets where battery safety, reliability, and longevity are non-negotiable requirements.

Stationary Energy Storage Systems with LFP Batteries

Energy Storage

UPS, stationary ESS, grid-scale storage, and telecom backup power systems.
Electric Bus and Transportation Battery Modules

Transportation

Electric buses, light commercial EVs, AGVs, and fleet electrification.
Commercial Marine Lithium Battery Systems

Maritime

Commercial vessels, yachts, offshore platforms, and maritime energy storage.
AGV Industrial Automated Guided Vehicle Batteries

Industrial

AGVs, forklifts, robotics, mining equipment, and critical industrial power.
Why MKI Energy

The Technology Advantage

Our patented Nanophosphate® LFP chemistry and decades of application engineering experience give global OEMs a decisive competitive edge.

Inherent Safety

LFP chemistry with Nanophosphate® structure eliminates thermal runaway risk. No toxic heavy metals. Passes nail penetration, overcharge, and short-circuit abuse tests without fire or explosion.

Superior Cycle Life

4,000+ full charge-discharge cycles at 80% depth of discharge. Industry-leading calendar life exceeding 10 years in real-world energy storage deployments, reducing total cost of ownership significantly.

High Power Density

Exceptional specific power output enables fast charge and high-rate discharge applications including regenerative braking recovery, peak shaving, and demanding industrial duty cycles.

Global Certifications

Our cells and battery packs hold comprehensive international certifications including UL 1642, IEC 62133, IEC 62619, UN38.3, CE, DNV, and ABS marine classification — facilitating seamless global market access.

OEM Partnership

We operate as a long-term engineering partner, not just a component supplier. Our application engineers collaborate directly with your design team from concept through production validation and post-delivery support.

Global Manufacturing

Production facilities in China with commercial presence in the USA and Netherlands ensure reliable global supply chain, competitive lead times, and localised technical support for key markets worldwide.

Latest News

News & Insights

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MKI Energy Technology Distribution Agreement with EVVA Technology

MKI Energy Technology Announces Distribution Agreement with EVVA Technology

MKI Energy Technology Co., Ltd. has signed a strategic distribution agreement with EVVA Technology Co., Limited to supply advanced LFP lithium battery cells across new international markets.

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MKI Energy Technology Partners with Red Origin Technologies

MKI Energy Technology Expands Global Distribution with Red Origin Technologies Partnership

Strengthening our global distribution network, MKI Energy Technology has partnered with Red Origin Technologies to deliver world-class LFP battery solutions to new industrial markets.

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LFP Battery Sustainability and Life Cycle Assessment

LFP Battery Sustainability & Life Cycle Assessment: Why Iron Phosphate Leads

An in-depth analysis of Lithium Iron Phosphate battery sustainability metrics, life cycle assessment data, and environmental impact compared to alternative lithium chemistries.

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