Lithium Manganese Rich (LMR) batteries and Lithium Iron Phosphate (LFP) batteries represent two distinct approaches to advancing lithium-ion energy storage. LMR offers the potential for higher energy density, making it a candidate for next-generation EV applications. LFP, meanwhile, has become a mainstream choice in stationary energy storage due to its proven reliability, safety, and long cycle life.

Types of LMR and LFP Batteries

• LMR Batteries: Focused on electric vehicle usage, with cathode materials rich in manganese to enhance capacity.

• LFP Batteries: Offered in multiple system sizes, from 5kWh–30kWh residential cabinets to 100kWh–372kWh C&I systems, and large 3.35MWh–5MWh containerized ESS for grid-scale storage. These scalable options reflect LFP’s flexibility in meeting different project demands.

Features of LMR and LFP Batteries

• LMR: Higher theoretical energy density, potentially lowering cost per kWh, though commercial stability is still under development.

• LFP: Enhanced thermal stability, minimal risk of thermal runaway, long lifespan exceeding 8000 cycles, and strong performance even in high-temperature environments.

Applications of LMR and LFP Batteries

• LMR: Seen as a potential future solution for electric vehicles that require longer driving range without significantly increasing battery pack size.

• LFP: Already widely deployed in solar-plus-storage projects, industrial backup systems, and microgrids. Systems such as 215kWh liquid-cooled modules and 5MWh containerized ESS illustrate how LFP supports both commercial and utility-scale applications.

Price of LMR and LFP Batteries

The cost of Lithium Manganese Rich (LMR) batteries and Lithium Iron Phosphate (LFP) batteries depends on several factors, including system capacity, storage duration, battery type, control software, installation conditions, and auxiliary equipment.
Pricing is usually quoted under international trade terms such as EXW, FOB, or CIF, depending on project location and logistics preferences.
For a tailored quotation based on your specific project needs, it's best to consult directly with the supplier.

How to Select LMR or LFP for Your Project?

Decision-making depends largely on project goals. LMR may become suitable for EV applications that prioritize energy density. For stationary storage, where safety, durability, and lifecycle costs matter most, LFP continues to be the dominant technology.

How Long Does LMR and LFP Battery Last?

• LMR: Expected service life of 2000–4000 cycles, with research ongoing to improve stability.

• LFP: Proven operational lifetime of 10–15 years, with 6000–8000 cycles in typical energy storage systems.

The Supplier of LMR and LFP Batteries

While LMR batteries are still in the development phase, LFP solutions are widely available from global suppliers. Manufacturers offer a range of systems — from stackable household batteries to large-scale containerized units — supporting projects across residential, commercial, and utility sectors. Among these suppliers, some companies, such as Dagong ESS, provide flexible options that cover capacities from small-scale 5kWh units to multi-megawatt storage containers.