BIS Certification for Lead-Acid Battery

If you’re a manufacturer or importer, getting BIS certification for lead-acid batteries is a must. BIS ensures that products meet safety and quality standards in India before market entry.

In May 2019, the Ministry of New and Renewable Energy (MNRE) made BIS certification mandatory for solar PV modules, inverters, and storage batteries, including lead-acid batteries. These batteries must follow the IS 16270:2014 standard and be registered under the BIS CRS scheme before they can be sold or made in India.

In this guide, we’ll quickly walk you through the importance of obtaining BIS certification, what standards apply, and how to get BIS Certificate for lead-acid storage batteries for motor vehicles, IS 16270: 2023.

What is BIS Certification?

The Bureau of Indian Standards is the national standards body that ensures the quality, safety, and reliability of products in the Indian market. BIS Certification is a mark of conformity that indicates that the product meets the relevant Indian standards. For lead-acid batteries, a manufacturer must comply with IS 16270:2014. 

Why is BIS Certification Mandatory for Lead-Acid Battery?

There are several reasons why it is mandatory to get BIS certification for lead-acid battery in India:

• Safety Compliance: To prevent risks such as leaks, explosions, or environmental hazards.
• Quality Assurance: Ensure that the batteries provide reliable and long-lasting performance.
• Regulation requirement: It is a legal mandate under the Bureau of Indian Standards (BIS) Act and as per the MNRE notification.
• Registration scheme: Batteries must be registered under the BIS Compulsory Registration Scheme (CRS).
• Consumer confidence: Increase trust among buyers and increase brand credibility.

Also Read: BIS Certification Importance

Types of Lead-Acid Batteries that Require BIS Certification

BIS certification is required for various types of lead-acid batteries, including:

1. Automotive Lead-Acid Batteries: Used in vehicles for starting, lighting, and ignition. 
2. Industry Lead-Acid Batteries: Used in forklifts, UPS, and power backup systems.
3. Solar Lead-Acid Batteries: Used in solar power applications.
4. Inverter Batteries: These are used in home and office inverters for power backup.

Benefits of Obtaining BIS Certification for Lead-Acid Battery

BIS Certificate offers several significant benefits for businesses and consumers, and the economy. Here’s a breakdown of the key advantages:

• Increase Credibility: Consumers trust products with BIS certification for their quality and reliability.
• Market Expansion: Certified products are eligible for sale in both domestic and international markets.
• Regulatory Compliance: Ensure that government regulations are followed, avoiding legal penalties.
• Consumer Safety: Reduce risks associated with substandard products like leaks or explosions.

Documents Required For BIS Certification for Lead Acid Battery

The following are the crucial documents required for the BIS Certificate for lead-acid storage batteries for motor vehicles, IS 16270: 2023:

1. Completed CDF/CCL form
2. Completed BIS application form
3. The manufacturing facility’s business license
4. The Business License purview
5. ISO manufacturing certification 
6. The product’s label or marking information 
7. Letter of authorization (if the signatory person is other than the head of the manufacturing)
8. Test Result
9. Certificate of Trademark
10. Trademark Authorization letter (If ™ is owned by someone other than the manufacturer)
11. Evidence of a company’s authorised Indian representative status in India (in the case of the foreign manufacturer)
12. Photo identification of the authorized signatory or India representative
13. Product’s Technical Specification Sheet or User Guide
14. Product Guide

Read More: Documents Required For BIS Registration

Process To Obtain BIS Certificate For Lead-Acid Storage Batteries For Motor Vehicles IS 16270: 2023

The process for obtaining BIS certification for lead acid battery involves several steps:

1. Application Submission: The manufacturer must apply to BIS, providing product details, technical specifications, and legal documents. This includes information about the manufacturing process and compliance with relevant standards.
2. Testing of Sample: BIS will require the manufacturer to send product samples for testing in accredited laboratories. The tests will assess the performance, safety, and durability of the battery based on the relevant BIS standards.
3. Factory Inspection: BIS also inspects the manufacturing facility to ensure that the processes and materials used in production comply with the specified standards. This includes an assessment of quality control measures and follows with environmental and safety guidelines.
4. Issuance of BIS Mark: If the product passes all tests and inspections, the manufacturer will be issued a BIS certificate. The products are then allowed to carry the ISI mark, signifying that they meet the required standards.
5. Ongoing Surveillance: After certification, BIS conducts periodic monitoring checks to ensure that manufacturing continues to meet the required standards. This may include testing samples from production batches and inspecting the manufacturing process.

Read More: Process for getting BIS for Certification 

Challenges And Considerations in Lead-Acid Battery Certification 

Lead-acid batteries are widely used in multiple applications, such as vehicles, backup power systems, and renewable energy storage. However, certification of these batteries, especially for safety, performance, and environmental compliance, can be a complex process due to several factors. Below are key challenges and considerations when it comes to the certification for lead-acid storage batteries for motor vehicles, IS 16270: 2023:

1. Cost of Certification: Obtaining BIS certification can be costly, particularly for small manufacturers. This includes the cost of testing, inspection, and factory audits.
2. Time-Consuming Process: The BIS certification process can take several months, particularly for complex products like lead acid batteries, due to the detailed testing and safety assessments involved.
3. Compliance with international Standards: For manufacturers exporting to international markets, compliance with both BIS and international standards (such as ISO, IEC) can be challenging, and requires adjustments to manufacturing processes.
4. Environmental and Disposal Concerns: Batteries, especially lead-acid and lithium-ion, can have significant environmental impacts if not properly disposed of. Manufacturers must ensure that their products comply with the environmental regulations for recycling and disposal.

Conclusion 

Under the BIS compulsory registration scheme, manufacturers must obtain a BIS certificate for lead-acid battery. The BIS certification guarantees the product’s safety and quality standards. According to BIS Standards for Lead Acid Batteries, the development has increased its credibility, cut down on money wasted on inferior or incorrect products, and increased its sales in both domestic and foreign markets.

BIS certification helps manufacturers expand their market while ensuring compliance. At ELT Corporate, we guide you through the process, preventing costly mistakes and rejections. Our experts handle the technical details so you can focus on growing your business.

Partner with ELT Corporate to make your compliance Journey Seamless, Strategic, and future-ready.

Phone no – +91 7669172198

Email Id – info@bisregistrationcertificate.com