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Battery Test Systems for EV, Energy Storage & Battery Industry – SINEXCEL
Battery Test Systems for EV, Energy Storage & Battery Industry – SINEXCEL
Advanced Battery Testing Solutions for EV & Energy Storage
Gravence Voltgrid delivers high-performance battery testing systems powered by SINEXCEL technology. Designed for precision, scalability, and energy efficiency, our solutions support testing across cell, module, and pack levels for electric vehicles (EV) and energy storage applications.
We combine global technology with local engineering expertise to deliver turnkey testing solutions across India.
Advanced EV Battery Testing Systems for Electric Vehicles, Lithium-ion Battery Validation, Energy Storage (ESS), and Automotive R&D Applications.
Gravence Voltgrid provides end-to-end battery testing solutions for EV ecosystem, battery development companies, automotive suppliers, and R&D laboratories.
Our systems ensure:
✅ High precision measurement accuracy
✅ Safety compliance with global standards
✅ Modular and scalable architecture
✅ Reliable performance for R&D and production
Explore Our Systems
We offer scalable, high-precision battery testing solutions designed for every stage of battery development, validation, and production.
Explore Our Systems
We offer scalable, high-precision battery testing solutions designed for every stage of battery development, validation, and production.
From R&D labs to gigafactories, our systems support lithium-ion, sodium-ion, lead-acid, and next-generation battery technologies, ensuring accurate, safe, and efficient performance testing across industries.
Complete Battery Testing Solutions for EV, Energy Storage & Next-Gen Technologies
Complete Battery Testing Solutions for EV, Energy Storage & Next-Gen Technologies
We provide reliable battery testing systems designed for electric vehicles, energy storage systems, and next-generation batteries. Our solutions help manufacturers test performance, improve safety, and increase battery life.
Key Applications
Key Applications
Our battery testing systems are widely used across the energy and EV ecosystem:
✅ Electric vehicle OEM ecosystem
✅ EV battery pack assembly units
✅ Lithium-ion battery development companies
✅ Energy storage system (ESS) developers
✅ Automotive testing and certification laboratories
✅ NABL-accredited testing facilities
✅ Government EV testing centers
✅ Research institutions, IITs and engineering universities
✅ Defence, aerospace, and industrial battery applications
EV Battery Testing Systems & Lithium-ion Battery Test Equipment
The global EV revolution and rapid growth of lithium-ion battery production, EV charging infrastructure, and renewable energy storage systems (ESS) have created strong demand for advanced battery testing systems and EV validation equipment.
We provide end-to-end EV battery testing solutions, lithium-ion battery test benches, and energy storage battery validation systems for:
✅ Electric vehicle battery testing (2W, 3W, 4W EV applications)
✅ Lithium-ion battery cell testing systems (LFP, NMC, LTO chemistries)
✅ EV battery module testing systems (60V–600V range)
✅ High-voltage EV battery pack testing systems (500V–1000V+)
✅ Energy storage system (ESS) testing solutions for solar and wind applications
✅ Automotive battery safety compliance testing (AIS-156, IEC 62660, UN 38.3, ISO 12405)
Our systems are widely used in EV ecosystem, battery development units, automotive R&D labs, NABL-accredited testing laboratories, and government EV projects.
Test Standards Supported
Test Standards Supported
Compliant with Global Battery Testing & Safety Standards
Compliant with Global Battery Testing & Safety Standards
Our advanced battery testing systems and EV validation platforms are designed to meet international testing standards and regulatory requirements, ensuring accuracy, safety, and global compliance across industries.
Electric Vehicle (EV) Battery Standards
Electric Vehicle (EV) Battery Standards
UN 38.3 – Transport safety testing for lithium batteries
ISO 12405 – Performance testing for lithium-ion battery packs
ISO 6469 – Safety specifications for electric vehicles
SAE J2464 – Abuse testing for EV battery systems
SAE J2929 – EV battery system safety requirements
IEC 62660 – Performance & reliability testing for lithium-ion cells
AIS 038 Rev.2 – EV battery safety standard (India)
AIS 156 – Advanced safety requirements for traction batteries
Lithium-Ion & Cell-Level Testing Standards
Lithium-Ion & Cell-Level Testing Standards
IEC 62133 – Safety requirements for portable batteries
IEC 61960 – Performance testing for lithium-ion cells
IEC 62619 – Industrial lithium battery safety
UL 1642 – Lithium battery safety certification
UL 2054 – Household and commercial battery systems
IEEE 1725 – Mobile battery systems
IEEE 1625 – Rechargeable battery systems (portable devices)
GB/T Standards – Chinese battery compliance protocols
Energy Storage System (ESS) Standards
Energy Storage System (ESS) Standards
IEC 62933 – Grid-integrated energy storage systems
UL 9540 – Energy storage system safety standard
UL 1973 – Stationary battery system safety
IEEE 1547 – Grid interconnection compliance
IEC 61000 – Electromagnetic compatibility (EMC)
Environmental & Reliability Testing
Environmental & Reliability Testing
IEC 60068 – Environmental testing (temperature, humidity, vibration)
ISO 16750 – Road vehicle environmental conditions
Thermal cycling & shock testing standards
Altitude simulation & vibration testing
Applicable Tests
Applicable Tests
✅ Charge-discharge testing of lithium-ion batteries to evaluate capacity, efficiency, and real-world performance for electric vehicle applications
✅ Battery cycle life testing to measure durability and degradation over thousands of cycles, essential for EV battery manufacturers in India
✅ Rate capability testing to analyze battery performance under different charging and discharging speeds, crucial for fast-charging EV systems
✅ Thermal testing to validate battery safety and performance under high and low temperature conditions commonly found in Indian environments
✅ Battery aging and lifecycle testing to simulate long-term usage and predict battery lifespan accurately
✅ Internal resistance and impedance testing to monitor battery health and detect early-stage failures
✅ Battery Management System (BMS) testing to ensure proper communication, protection, and balancing in battery packs
✅ Battery safety testing including overcharge, short circuit, and thermal runaway simulations for compliance and risk prevention
✅ Environmental testing including humidity, vibration, and stress testing for real-world battery applications
Our Value In India – EV Battery Testing Solutions
Our Value In India – EV Battery Testing Solutions
Trusted by EV Manufacturers & Battery Labs in India
Gravence Voltgrid is your trusted engineering partner for deploying SINEXCEL-powered battery testing systems. We delivers advanced EV battery testing systems in India, combining global technology with strong local engineering support. We help EV manufacturers, battery companies, and R&D labs deploy reliable, high-performance battery testing infrastructure with faster turnaround and lower operational risk.
We provide complete end-to-end support:
✅ System integration and commissioning
✅ Turnkey battery lab setup solutions
✅ Custom test fixture design and development
✅ Calibration and validation support
✅ On-site installation and after-sales service
✅ Technical consulting and application engineering
📞 Contact Gravence Voltgrid
📞 Contact Gravence Voltgrid
Discuss your Battery Test System requirements with us and get a customized solution for
📱Phone: +91 7676960981
📧Email: info@gravencevoltgrid.com
❓FAQ - Battery Test System
❓FAQ - Battery Test System
Q1: What is a battery testing system?
Q1: What is a battery testing system?
A battery testing system is advanced equipment used to evaluate the performance, safety, efficiency, and lifespan of batteries such as lithium-ion, EV batteries, and energy storage systems. It performs tests like charge-discharge cycles, thermal analysis, and safety validation.
Q2 : Why is battery testing important for EV manufacturers?
Q2 : Why is battery testing important for EV manufacturers?
Battery testing ensures electric vehicle safety, reliability, and compliance with global standards. It helps manufacturers optimize battery performance, lifecycle, and fast-charging capability, reducing failure risks.
Q4: What types of batteries can be tested?
Q4: What types of batteries can be tested?
Our systems support:
✅ Lithium-ion batteries
✅ Sodium-ion batteries
✅ Lead-acid batteries
✅ Solid-state / next-gen batteries
This makes them ideal for EV, ESS, telecom, and industrial applications.
Q5: What tests can your battery testing system perform?
Q5: What tests can your battery testing system perform?
Our systems support:
✅ Charge-discharge testing
✅ Cycle life testing
✅ Thermal & environmental testing
✅ BMS testing
✅ Internal resistance & impedance testing
✅ Safety & abuse testing (overcharge, short circuit, etc.)
Q6: Can the system be customized?
Q6: Can the system be customized?
Yes. Our systems feature a modular design, allowing customization based on:
✅ Voltage and current requirements
✅ Battery type
✅ Application (EV, ESS, R&D, manufacturing)
Q4: Do you provide installation and support in India?
Q4: Do you provide installation and support in India?
Yes. We offer:
✅ Local installation & commissioning
✅ Technical support
✅ Training & maintenance services
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