Battery Testing Standards IS 16805 : 2018/IEC 62619 : 2017

In an era of rapid electrification, ensuring the reliability of high-capacity energy systems is paramount. IS 16805:2018 (equivalent to IEC 62619) serves as the gold standard for safety in industrial lithium-ion applications. It transitions focus from simple performance to rigorous safety protocols under extreme stress.

• Safety First: Mitigates risks of thermal runaway and electrical malfunctions.
• BMS Integrity: Validates the intelligence of the Battery Management System.
• Market Trust: Provides a verified seal of quality for industrial stakeholders.
• Versatility: Applicable across diverse stationary and motive sectors.

This standard represents the Indian adoption of the international IEC 62619:2017 framework. It creates a seamless bridge for manufacturers, allowing products tested under these parameters to gain traction in both Indian and global industrial markets. It specifically addresses "Secondary cells and batteries containing alkaline or other non-acid electrolytes."

Unlike consumer-grade standards, this applies to heavy-duty energy storage.

• Stationary Systems: Telecom towers, UPS systems, and large-scale Grid Energy Storage (ESS).
• Motive (Non-Road): Automated Guided Vehicles (AGVs), Forklifts, Golf Carts, and Railway/Marine battery systems.
• Emergency Infrastructure: Backup power for critical industrial facilities.

The scope of testing involves pushing the battery to its limits to ensure it fails gracefully, or not at all.

• Thermal Abuse: Exposure to high temperatures to monitor propagation.
• Mechanical Integrity: Drop and impact testing to simulate industrial accidents.
• Electrical Safeguards: Precision testing for overcharge, short circuits, and forced discharge.
• Systemic Evaluation: A deep-dive into the BMS software and hardware logic to ensure it maintains the "Safe Operating Area."

Our laboratory operates under strict ISO/IEC 17025 accreditation. We are recognized by national and international bodies, ensuring that the test reports you receive are legally defensible and globally recognized for customs and tenders.

Efficiency is key to product launches.

• Preliminary Review: 1 Week (Technical documentation check).
• Core Testing: 4–6 Weeks (Depending on the thermal and cycle stability).
• Reporting & Certification: 1–2 Weeks.
• Estimated Total: 6 to 9 weeks from sample receipt.

To ensure statistically significant results, we typically require:

• Cell Level: 15–20 individual cells.
• Battery System/Pack: 2 to 4 fully functional units (depending on the complexity and destructive testing phases).

Testing costs are modular, based on the battery’s capacity (Ah) and voltage (V).

• Standard Testing: Fixed fee for the core safety suite.
• Variables: Costs may scale with the size of the battery (logistics/jigging) and any specific functional safety evaluations required for the BMS.
• Contact us for a bespoke quote tailored to your specific pack configuration.

To begin the process, the following technical file is required:

• Technical Specifications: Data sheets for cells, BMS, and the total pack.
• BMS Logic: Detailed description of the protection circuit and software safety parameters.
• UN 38.3 Report: Prior transportation testing documentation.
• User Manual: Safety instructions and installation guidelines for the end-user.