CBAK Energy Reports Approximately US$4.76 Million in Cumulative Sales from European RV Battery Collaboration
Key Highlights
- ➤CBAK Energy (CBAT) reports approximately US$4.76 million cumulative European RV collaboration sales
- ➤Commercial collaboration expanded in 2025 after cell-sample evaluations began in 2023
- ➤26650 FS4 LFP cell supports 3C continuous discharge and over 3,000 cycles
- ➤32140FS LFP cell offers 165 Wh/kg energy density and 3C continuous discharge
- ➤Customer targets 8–10-year RV battery-system service life, subject to design and usage
Expert Statements
Zhiguang Hu, Chief Executive Officer of CBAK Energy
“This collaboration demonstrates the commercial value of combining LFP cell supply with engineering support.”
Zhiguang Hu, Chief Executive Officer of CBAK Energy
“RV applications place demanding requirements on battery performance, reliability and integration.”
Zhiguang Hu, Chief Executive Officer of CBAK Energy
“Working closely with this customer gives us practical insight to guide product development.”
Zhiguang Hu, Chief Executive Officer of CBAK Energy
“We plan to use what we learn from these partnerships to develop our cylindrical LFP products and grow our business in other mobile and off-grid energy storage markets.”
DALIAN, China, Oct. 14, 2026 (GLOBE NEWSWIRE) -- CBAK Energy Technology Limited (NASDAQ: CBAT) (“CBAK Energy” or the “Company”), a China-based lithium-ion battery manufacturer and energy solutions provider, today reported approximately US$4.76 million in cumulative sales to a European recreational vehicle (“RV”) energy storage company. The relationship began with cell samples supplied for evaluation in 2023 and expanded into a broader commercial collaboration in 2025. CBAK Energy supplies cylindrical lithium iron phosphate (“LFP”) cells and provides engineering support for the customer's RV original equipment manufacturer (“OEM”) and aftermarket applications.
RV battery systems face road vibration, temperature fluctuations, intermittent solar charging and frequent charge-discharge cycles. Air conditioners and induction cooktops can draw substantial power, with air conditioner startup placing additional demands on the battery system. These conditions and limited onboard space make cell performance and system integration important considerations in RV battery design.
Get started
Create a free account to read the full story.