AIS-156 Compliance Checklist for EV Dealers and Workshops
Ensuring Safety, Quality, and Regulatory Readiness for 2W and 3W EVs in India
India's electric vehicle revolution is accelerating, with two-wheeler and three-wheeler EVs dominating the roads. But as sales surge, so does the responsibility of dealers and workshops to ensure safety and quality. Enter AIS-156 — the automotive industry standard that sets the benchmark for battery safety, workshop protocols, and service excellence. If you run an EV dealership or a repair workshop handling 2W or 3W EVs, this checklist is your roadmap to compliance, trust, and operational success.
What is AIS-156 and Why It Matters
AIS-156, issued by the Automotive Research Association of India (ARAI), is a technical standard that specifies safety requirements for lithium-ion battery packs used in electric vehicles. While originally focused on battery design and manufacturing, its principles extend to the entire ecosystem, including dealerships and workshops. Compliance ensures that batteries are handled, stored, and serviced in a way that minimizes fire risks, protects technicians, and enhances vehicle longevity. For EV dealers and workshops, adhering to AIS-156 is not just a legal obligation — it's a competitive advantage that builds customer confidence and reduces liability.
Who Needs to Comply?
AIS-156 compliance is mandatory for all entities involved in the sale, service, and maintenance of 2W and 3W EVs in India. This includes:
- Authorized dealerships selling electric scooters, motorcycles, and auto-rickshaws
- Independent workshops and service centers
- Fleet operators with in-house maintenance teams
- Battery swapping stations and charging infrastructure providers
- Any facility that stores, handles, or repairs EV battery packs
While AIS-156 primarily targets OEMs, dealers and workshops are expected to align their operations with the standard's safety principles. Regulatory bodies and insurance companies are increasingly checking compliance during audits and claims processing.
Battery Safety and Storage Requirements
The battery is the heart of any EV, and its storage is a critical compliance area. Here's what you need to implement:
- Store batteries in a dedicated area with temperature control (15°C to 25°C recommended)
- Use fire-resistant cabinets or racks with adequate spacing between packs
- Install smoke detectors and thermal sensors in storage zones
- Keep batteries away from direct sunlight, water, and flammable materials
- Ensure proper ventilation to prevent gas accumulation
- Implement a first-in-first-out (FIFO) rotation for battery inventory
Workshop Infrastructure and Equipment
Your workshop infrastructure must support safe EV handling. Essential upgrades include:
- Insulated tools (wrenches, screwdrivers, pliers) rated for up to 1000V
- Diagnostic equipment compatible with EV battery management systems (BMS)
- Battery lifting trolleys and hoists for heavy packs
- Grounding mats and anti-static workstations
- Class D fire extinguishers for lithium fires
- Eye wash stations and first-aid kits with burn treatment supplies
Investing in these tools not only ensures compliance but also improves service accuracy and technician safety. Many of these items are eligible for government subsidies under EV promotion schemes.
Personal Protective Equipment (PPE) for Staff
Technicians working on EVs must wear appropriate PPE at all times. The AIS-156 framework recommends:
- Insulated gloves rated for electrical work (Class 0 or higher)
- Safety goggles with side shields
- Flame-resistant coveralls or aprons
- Dielectric safety boots
- Hard hats and face shields for battery handling
Make PPE mandatory in your workshop and conduct regular checks to ensure compliance. Replace damaged equipment immediately.
Service and Repair Protocols
Standardized service procedures are non-negotiable. Your team should follow these protocols:
- Always disconnect the 12V auxiliary battery before working on high-voltage systems
- Use a multimeter to verify zero voltage before touching any high-voltage connector
- Follow the vehicle manufacturer's service manual for battery pack removal and installation
- Perform BMS diagnostics during every service visit
- Document all repairs, including voltage readings, error codes, and replacement parts
Adhering to these steps reduces the risk of short circuits, electrical shocks, and post-service failures. It also creates a traceable service history for warranty and insurance purposes.
Battery Handling and Disposal Guidelines
Proper handling and disposal of end-of-life batteries are critical for environmental and safety compliance. Follow these guidelines:
- Never disassemble battery packs unless trained and authorized
- Transport damaged batteries in specialized containment boxes
- Partner with authorized recyclers registered under the Battery Waste Management Rules, 2022
- Maintain a log of all batteries sent for recycling or disposal
- Provide customers with information on safe battery disposal options
Improper battery disposal is not just an environmental hazard — it's a legal liability. Ensure your workshop has clear SOPs for end-of-life battery management.
Fire Safety and Emergency Response
Lithium-ion battery fires are rare but dangerous. Your workshop must be prepared:
- Install Class D fire extinguishers (dry powder) in all battery handling areas
- Conduct monthly fire drills specific to EV battery fires
- Post clear emergency exit routes and evacuation plans
- Keep a fire blanket nearby to smother small fires
- Establish a direct contact with the local fire department for specialized EV fire training
Regular mock drills and safety briefings ensure that every staff member knows exactly what to do in an emergency, minimizing damage and injury.
Documentation and Record-Keeping
Compliance is incomplete without proper documentation. Maintain these records:
- Battery stock register with serial numbers and purchase dates
- Service logs for every EV repaired, including battery health reports
- PPE issue and maintenance records
- Training certificates of all technicians
- Inspection reports from fire safety and electrical audits
Digital record-keeping using workshop management software simplifies compliance audits and improves operational transparency.
Training and Certification of Technicians
AIS-156 compliance is only as good as the people implementing it. Invest in comprehensive training:
- Enroll technicians in certified EV safety courses (NSDC, Skill India, or OEM programs)
- Conduct refresher training every six months on new battery technologies
- Assess competency through practical tests and written exams
- Maintain a training calendar and certify all new hires within 30 days
Trained technicians work faster, make fewer errors, and enhance your workshop's reputation. Many customers actively look for AIS-156 certified service centers.
Common Compliance Gaps and How to Fix Them
Even proactive dealers miss certain aspects. Here are the most common gaps and quick fixes:
| Compliance Gap | Solution |
|---|---|
| No thermal monitoring in battery storage | Install IoT-based temperature sensors with alerts |
| Technicians not using insulated tools | Procure a complete insulated tool kit and enforce mandatory use |
| Lack of fire extinguisher training | Schedule quarterly fire safety workshops with hands-on drills |
| No battery disposal partner | Register with an authorized recycler under the Battery Waste Management Rules |
| Incomplete service records | Adopt a digital DMS to automatically log all service activities |
Addressing these gaps proactively saves you from penalties, insurance claim rejections, and reputational damage.
Step-by-Step Compliance Checklist
Use this actionable checklist to assess and upgrade your facility:
- Designate a compliance officer responsible for AIS-156 adherence
- Conduct a baseline audit of your workshop infrastructure
- Upgrade storage areas with fire-resistant cabinets and thermal monitoring
- Procure insulated tools, PPE, and diagnostic equipment
- Train all technicians on EV safety and service protocols
- Establish battery handling and disposal SOPs
- Install Class D fire extinguishers and conduct emergency drills
- Digitize all service records and battery inventory
- Schedule quarterly internal audits to identify and correct deviations
- Stay updated on amendments to AIS-156 and related regulations
Benefits of AIS-156 Compliance
Compliance is not a burden — it's a business enabler. Here's what you gain:
- Enhanced customer trust and brand reputation
- Reduced risk of fire incidents and workplace injuries
- Lower insurance premiums and faster claim settlements
- Seamless audits by OEMs, regulators, and insurance companies
- Access to OEM service contracts and fleet maintenance deals
- Peace of mind knowing your workshop meets the highest safety standards
AIS-156 compliance is not just about ticking boxes — it's about building a safer, more reliable EV ecosystem in India. Dealers and workshops that embrace these standards today will lead the industry tomorrow.
Conclusion
The transition to electric mobility in India is unstoppable, and with it comes the critical need for safety and quality at every touchpoint. AIS-156 provides a clear framework for dealers and workshops to operate responsibly and profitably. By following this checklist, you not only comply with regulations but also position your business as a trusted partner in India's EV revolution. Start today — because safety is not an option, it's a necessity.
