Manufacturing Vicinity
Manufacturing vicinity includes prototyping, bench-marking and analysis of the battery advantages that make our batteries superior to existing competition.
Efficient and Intelligent Factory
Using artificial intelligence, image recognition, machine learning, predictive algorithms and other new technologies to build efficient and intelligent factory.
Soft Power of Independent Innovation
Complete engineering and process expert system to activate the creativity of the team.
Advanced Production Efficiency
Proven OEM Experience Brings Globally Competitive Products
Redway Power Batteries have undergone rigorous battery charge and discharge operation safety tests over the course of 10 years of research and development. This includes high-performance bidirectional charge and discharge, as well as performance optimization and accumulation for battery multi-scenario applications.
100+ Patents Experience is Value
Redway Power has amassed a sizable patent asset in the form of big data on batteries and energy storage systems over many years. We currently own more than 100 technical patents that span a variety of technologies, including electrochemical technology, battery technology, structural design, thermal balance, energy management, and battery pack development.
Comprehensive R&D Capabilities from Battery Cell to Energy Storage System
Redway Power addresses the fundamental technologies that make up the whole value chain of the battery production, including global advancements in battery cell and module design, robust manufacturing quality control, battery big data capabilities, and the capacity to create intelligent BMS.
Engineering Team
World's top class lithium batteries are developed by our strong team of engineers, who combine Redway Power's and JOINSUN's years of system knowledge in Lithium battery development, R&D and manufacturing expertise.
Product Quality Control
Comprehensive information monitoring along with whole quality control process
Full Life Cycle Reliability
Life cycle reliability offering 4000 to 6000 life cycles with an impressive 80% depth of discharge.
Material Testing
Tested for chemical composition, degree of oxidation, solvent composition, melting temperature, glass transition, and thermal stability.
Thermal Tolerance
Tested for thermal tolerance and are optimized to operate within a temperature range of -20°C to 60°C making them reliable solution to your Energy problems.
Mechanical Testing
Mechanical testing which provides thermal and dimensional insights that prevent separator failure and ensure battery safety.
Rheological Profile Testing
Provides critical insights into battery slurries at each manufacturing stage including storage, mixing, coating, and drying.
Performance Evaluation
Testing of the basic functions and lifespan of the products created through research and development.
