Certifications for BESS in India

Certifications for BESS in India 

The battery energy storage systems (BESS) market in India is experiencing rapid growth, driven by the country’s ambitious renewable energy targets and the mandate to integrate 500 GW of renewable capacity by 2030. However, this expansion requires strict adherence to multiple certification and regulatory frameworks that ensure safety, performance, and grid compatibility. Understanding the complex landscape of required certifications is essential for manufacturers, importers, and project developers. Battery Energy Storage Systems (BESS) in India require certifications across core standards: Bureau of Indian Standards (BIS) registration for safety, Central Electricity Authority (CEA) compliance frameworks, and Battery Waste Management Rules (BWMR) environmental authorizations.

Three-Layer Compliance Framework 

BESS compliance in India in 2026 operates across three overlapping frameworks from three different authorities:

1.   BIS Voluntary ISI (Today) IS 17424:2020 (Voluntary ISI) · IS 17092:2019

Authority: Bureau of Indian Standards
Status: Voluntary – no QCO
IS 17424:2020 – Safety of Stationary BESS (system level)

·        IS 17092:2019 – EES safety for grid-connected systems

·        ISI Mark with CM/L number on certified BESS

·        Required for SECI, NTPC, DISCOM tender qualification

 

2.   CEA Safety Framework (1 Apr 2027)

Authority: Central Electricity Authority (MoP)
Status: MANDATORY from 1 April 2027
Two-fault tolerance design

·        Fire detection & suppression mandatory

·        RFID/QR code cell & pack traceability

·        SoH monitoring, thermal runaway prevention

·        Emergency response protocols + personnel training

 

3.   BWMR 2022 EPR (Mandatory Now)

Authority: CPCB (MoEFCC)
Status: MANDATORY today

·        Battery Waste Management Rules, 2022

·        EPR registration on CPCB portal

·        Annual collection & recycling targets

·        Prescribed labelling on batteries

·        Applies to all producers, importers, brand owners

 

Note: The CEA 2026 safety framework effective 1 April 2027 is an engineering requirement, not a paperwork exercise. Two-fault tolerance, fire suppression integration, RFID cell traceability – these must be designed into the BESS now. Projects commissioning in 2027 and beyond must be CEA-compliant from day one.

BIS Certification: The Mandatory Foundation

The Bureau of Indian Standards (BIS) mandates certification for all battery storage systems sold or imported in India, making BIS compliance the cornerstone of market entry. This requirement is enforced under the Compulsory Registration Scheme (CRS) and applies to all battery chemistries used in stationary applications.

Relevant BIS Standards

·        IS 16270:2023 – Secondary Cells and Batteries for Solar Photovoltaic Applications is the primary standard for storage batteries used in solar applications. This standard covers lead-acid, VRLA (valve-regulated lead-acid), lithium-ion, and other battery chemistries. The regulation was recently updated from IS 16270:2014 and is now enforced under the Solar Systems, Devices and Components Goods Order, 2025, published by the Ministry of New and Renewable Energy (MNRE).

·        IS 16046 (Part 1 and Part 2) – Standards for lithium-ion batteries that align with international standards IEC 62133-1 and IEC 62133-2. This standard includes rigorous testing for overcharge, overdischarge, short circuits, thermal abuse, vibration, mechanical shock, and temperature cycling.

·        IS 17092:2019 – Electrical Energy Storage Systems (EES) safety requirements specifically designed for grid-connected storage systems. This standard outline comprehensive safety measures including design safety, installation guidelines, operational safety, and compliance testing.

·        IS 17387:2020 – General Safety and Performance Requirements for Battery Management Systems (BMS), the electronic systems that monitor and control battery packs during operation.

·        IS 17855 – Safety requirements for lithium-ion cells and batteries for stationary applications, representing India’s alignment with global best practices in battery safety.

·        IS 16893 (Parts 1-4) – Electrical energy storage systems covering general requirements, planning and installation, safety, and testing procedures.

Testing Requirements Under IS 16270:2023

BIS certification requires batteries to be tested for:

·        Electrical capacity

·        Charge retention

·        Fire safety

·        Short-circuit resistance

·        Construction and design integrity

The updated standard addresses India-specific challenges, including performance in hot, dusty, and humid conditions across diverse geographies like Rajasthan’s deep solar discharges and remote areas like Assam.

What is IS 17424:2020?

IS 17424:2020 – Safety of Stationary Battery Energy Storage Systems – is a system-level standard covering the complete installed BESS:

Coverage Area	What IS 17424:2020 Specifies
Battery system	Cells, modules, packs – electrical, thermal and safety requirements at each level
BMS	All protection functions: overcharge, overdischarge, overcurrent, overtemperature, cell balancing, SoC and SoH monitoring
Thermal management	Cooling system design, temperature uniformity, thermal runaway containment
Enclosure & installation	IP rating, clearances, ventilation, fire separation from adjacent structures
Fire safety interface	Detection sensor requirements, suppression system integration, gas and smoke venting
Grid interface	AC/DC power conditioning safety, grid protection relay requirements
Commissioning	Pre-commissioning checks, capacity verification, safety system function testing
Operation & maintenance	Periodic testing, capacity monitoring, degradation limits for continued operation

BIS Certification Process

The certification process typically involves five key steps:

Step 1: Product Testing – Battery samples must be tested at a BIS-recognized laboratory in India. Testing timelines vary but generally take 6-12 weeks depending on the queue and documentation readiness.

Step 2: Documentation Submission – Applicants must prepare technical specifications, manufacturing details, and quality assurance procedures. Required documents include:

·        Factory Registration Certificate

·        Manufacturing layout and QA procedures

·        ISO 9001:2015 quality management certification (recommended)

·        Technical specification sheets

·        Sample product labels and markings

·        Test results from BIS-approved laboratories

·        Declaration of conformity

Step 3: Online Application – Submit the complete application via the BIS Smart Registration portal with all supporting documents and test reports.

Step 4: BIS Review – Officials verify the application, documentation, and test results.

Step 5: Certification Grant – Upon approval, BIS issues a unique CRS number and certification for the product.

Validity and Renewal – BIS certificates remain valid for two years and must be renewed before expiration. Manufacturers must maintain labeling compliance and traceability records throughout the certification period.

Who Must Apply?

BIS certification is mandatory for:

·        Indian manufacturers with registered facilities

·        Foreign manufacturers (through an Authorized Indian Representative or AIR)

·        Importers supplying batteries to the Indian market

·        Utilities & Discoms: SECI/NTPC/DISCOM procurement – IS 17424 + IS 17092 in bid specs; CEA 2026 in O&M contracts.

Foreign companies must appoint an AIR to handle the BIS application process, as foreign applicants cannot directly apply. The AIR serves as the local compliance anchor and legal representative during certification and all subsequent regulatory interactions.

CEA Safety Regulations and Guidelines

The Central Electricity Authority (CEA) has issued comprehensive draft safety regulations (notified in June 2025) that apply to all BESS installations in addition to BIS requirements. These regulations are set to become enforceable immediately upon publication in the Official Gazette. This regulation inserts a new Chapter XA (Regulations 122A to 122N) specifically covering BESS installations.

Key CEA Requirements Effective 1 April 2027

·        Two-fault tolerance: BESS must operate safely or shut down safely after any two simultaneous independent faults (overcharge, overdischarge, short circuit, out-of-temperature-range).

·        Ventilation and Cooling – Adequate ventilation and cooling systems are mandatory to prevent overheating and limit concentrations of flammable materials. Mechanical ventilation systems must include automatic shutdown capability upon failure.

·        Fire detection & suppression: mandatory integrated fire detection and suppression systems at all BESS installations. Mandated for certain installations to validate fire propagation behavior and safe operation under extreme conditions. This aligns with international standards like NFPA 855.

·        RFID/QR code traceability: cells and packs must have RFID or QR code marking for full lifecycle traceability

·        Container-Level Safety – Specifications include 7.5-metre clearances between BESS enclosures and exterior walls or roof overhangs, explosion-proof design at container level, and emergency lighting and signage.

·        Third-Party Fire Safety Audits – All BESS installations must undergo independent third-party fire safety audits with reports submitted to Fire Inspectors. The CEA will issue Standard Operating Procedures (SOPs) within three months of notification, and the Directorate General of Fire Safety (DGFS) will issue training guidelines within the same timeframe.

·        SoH monitoring: continuous state-of-health monitoring with defined operational limits. The BMS must actively align with the specific battery chemistry to prevent thermal runaway. Real-time logging of voltage, temperature, current, and health status is required at the cell, module, and rack levels. Systems must support fully automatic, unattended grid-isolation features during emergency thresholds.

·        Thermal runaway prevention: design requirements to prevent thermal propagation between cells, modules and enclosures

·        Earthing & insulation: comprehensive earthing and periodic insulation resistance testing

·        Emergency response: mandatory on-site emergency response procedures, safety signage. Provisions include fencing, CCTV surveillance, motion sensors, alarms, electrolyte spill containment, emergency lighting, signage, and robust emergency shutdown technology.

·        Personnel training: state governments to ensure fire safety personnel trained for BESS-specific risks (DGFS guidelines)

Standards for Specific System Components

Battery Management Systems (BMS)

Battery Management Systems are critical components that monitor and control battery performance. India’s IS 17387:2020 standard governs BMS safety and performance. Key functions include:

·        Cell balancing and monitoring

·        Thermal management integration

·        Overcharge and overdischarge protection

·        Temperature regulation and safety alerts

·        Energy estimation and state-of-health monitoring

While BMS certification under IS 17387 is mandatory, manufacturers should also reference international standards like IEC 62933-2-1 for comprehensive system-level integration guidance.

Power Conversion Systems (PCS) and Inverters

Power conversion systems that manage AC/DC conversion must comply with UL 1741 (for Inverters, Converters, and Controllers for Distributed Energy Resources) for grid integration aspects, although India-specific testing and certification through BIS is primary.

Thermal Management Systems

While not a standalone certification requirement in India’s current framework, thermal management and cooling systems are mandatory design elements verified during BIS testing and CEA inspections. These systems are essential for preventing thermal runaway and ensuring safe operation.

International Standards with Applicability in India

Although BIS certification is the primary requirement for the Indian market, several international standards are referenced by Indian regulators and project developers for best practices:

IEC 62933 Series – International standards for electrical energy storage systems that define performance metrics, interoperability, and safety benchmarks. These are often referenced in Indian tenders and used for due diligence by financiers.

UL 9540 and UL 9540A – While not mandatory in India, these American standards for energy storage system installation and thermal runaway fire propagation testing are increasingly recognized as best practices. UL 9540A testing evaluates thermal runaway fire propagation behavior and is referenced in the CEA draft regulations for large-scale fire testing scenarios.

NFPA 855 – The US National Fire Protection Association standard for stationary energy storage system installation. Though not directly applicable in India, it serves as a reference for fire safety design and is noted in CEA guidelines as representing global best practices that India may eventually adopt more formally.

IEC 62619 and IEC 63056 – Standards for industrial lithium-ion cells ensuring safety and performance compliance at the cell level.

UN 38.3 – Transport compliance standard for lithium batteries, required when shipping battery components internationally.

RoHS and REACH – Environmental and chemical safety standards applicable to battery components and materials, particularly important for exported systems.

Containerized BESS Systems

A significant issue in India’s BESS market is the lack of clear mandatory certification requirements for imported containerized utility-scale BESS solutions. Currently, containerized systems (which integrate battery packs, BMS, thermal management, and power electronics into ready-to-deploy units) are imported without mandatory BIS certification, creating a regulatory gap.

The CEA regulations address this by requiring compliance with IS 17092:2019 and container-level safety specifications, including explosion-proof design and fire suppression systems. However, standardized certification pathways for complete containerized systems are still evolving. The CEA has recommended the establishment of a national testing and certification laboratory to ensure compliance of domestically manufactured and imported containerized BESS systems.

Emerging Certifications and Future Requirements

Quality Management System Certification

While not explicitly mandated by BIS CRS, most BESS manufacturers obtain ISO 9001:2015 quality management certification to demonstrate manufacturing excellence and secure tenders. This certification is increasingly expected by project developers and financiers.

Third-Party Factory Audits

Factory qualification audits by accredited third-party auditors have become standard practice, especially for imported equipment. These audits assess manufacturing processes, quality control, and compliance with ISO 17020 standards. Leading financiers and insurance companies now accept comprehensive audit reports for due diligence.

Government Tender and Project Requirements

Utility-scale BESS tenders issued by entities like SECI (Solar Energy Corporation of India), NTPC, and state utilities impose additional qualification requirements beyond basic BIS certification:

Pre-Qualification Requirements typically mandate:

·        Previous experience with 3-5 grid-connected BESS projects of 5 MWh or higher capacity

·        At least one year of successful operational history for the largest capacity installation

·        Availability of a rated power container-level testing facility with NABL (National Accreditation Board for Testing and Calibration Laboratories) or international accreditation

·        NREL/IEC Type Test Reports demonstrating component performance

·        Comprehensive performance guarantees (typically 99% system availability)

·        Spares and service availability commitments for 10+ years post-supply

Market Access and Timeline Considerations

Obtaining BIS certification typically requires 2-3 months for straightforward applications with complete documentation and successful testing on the first attempt. However, the entire process from initial application to approved CRS number can extend to 6-12 weeks depending on test lab queues and any required remedial testing.

Foreign manufacturers targeting the Indian market should budget additional time for AIR appointment, documentation translation, and coordination with Indian representatives. The CEA has recommended incentives for domestic component manufacturing, which may accelerate development of locally certified BMS, thermal management systems, and containerized solutions in coming years.

BESS Certifications Quick-Reference Table (2026)

Standard	Region	Mandatory For	Testing Body	Timeline
UL 9540	USA / Canada	All commercial and residential BESS	UL, Intertek, TÜV Rheinland	6–12 months
UL 9540A	USA / Canada	Required before UL 9540 listing	UL, Intertek	3–6 months
UL 1973	USA / Canada	Battery packs for stationary use	UL, CSA, MET Labs	4–8 months
IEC 62619	Global	EU, Middle East, Asia tenders	TÜV, SGS, Bureau Veritas	3–6 months
CE Marking	EU / EEA	All products sold in EU/EEA	Notified Body + self-declaration	3–9 months
BIS IS 17855	India	All imports and government projects	BIS-approved labs	3–6 months
CEC Approval	Australia	Grid connection and STC rebates	Clean Energy Council	2–4 months
NFPA 855	USA	Installation permits in most states	Authority Having Jurisdiction	Design standard
UN 38.3	Global	All international Li-ion shipments	ILAC-accredited labs	4–8 weeks
GB/T 36276	China	Domestic China sales and projects	CQC and China labs	3–5 months

How to Spot Fake or Invalid BESS Certifications

Fraudulent BESS certifications are surprisingly common — especially in the Chinese supply chain. As a result, buyers who do not know what to check often accept invalid documents. Here are the key red flags to look for:

·        Cell-only report shown as a system cert: Supplier shows IEC 62619 for the cell but has no system-level UL 9540 or CE Declaration

·        Wrong model number: The certified model is different from the product being shipped to you

·        Expired documents: Check the issue date and validity period on every certificate — expired certs are invalid

·        Unknown test lab: Lab is not listed under ILAC mutual recognition — verify at ilac.org

·        Missing UL 9540A unit-level test: Only cell-level results are shown; module and unit levels are absent

·        No Technical Construction File for CE: Self-declaration is legal, but the Technical File must exist and be available

·        Supplier refuses to verify: UL certs are verifiable at iq.ul.com — refusal to verify is a serious warning sign

Conclusion

Certification requirements for BESS in India form a multi-layered compliance framework designed to ensure safety, reliability, and grid compatibility. BIS certification under IS 16270:2023 (for solar batteries) and IS 17092:2019 (for general stationary BESS) is mandatory for all market entry, while CEA safety regulations establish operational and installation standards. Manufacturers and project developers must also navigate component-level certifications (particularly for BMS under IS 17387:2020) and increasingly stringent third-party verification requirements.

For utility-scale projects, additional pre-qualification requirements, performance guarantees, and international best practice compliance (referenced standards like IEC 62933 and NFPA 855) effectively become certification prerequisites through tender specifications. As India’s energy storage capacity target of 48 GW (236 GWh) by 2031-32 materializes, ongoing regulatory harmonization and the establishment of national testing laboratories will further strengthen the certification ecosystem while accelerating time-to-market for compliant solutions.

BIS Certification: Stationary BESS must comply with IS 17424:2020 (for system-level safety) and IS 17092:2019 (for grid-connected energy storage).

Cell-Level Compliance: The individual lithium-ion cells inside the system must meet IS 16046 (Part 2) CRS under the Ministry of Electronics and Information Technology (MeitY). For MNRE-funded projects, IS 16270 is strictly mandatory.

International Standards (for Tenders/Financing): Major government tenders (SECI, NTPC) and international lenders require IEC 62619 (battery safety) and IEC 62933 (system performance). 

UL Certification: For globally branded projects, UL 9540 (system integration safety) and UL 1973 are standard. 

Certification Snapshot:

Item	Detail
BIS voluntary standard	IS 17424:2020 (system-level) + IS 17092:2019 (grid-connected)
BIS status	Voluntary ISI – no QCO as of July 2026; ISI Mark with CM/L
CEA Safety Framework	Mandatory from 1 April 2027 – CEA (Measures Relating to Safety and Electric Supply) Amendment Regulations, 2026
Lithium cell compliance	IS 16046 (Part 2) CRS – mandatory under MeitY if portable-application cells
Lead-acid cell compliance	IS 1651 / IS 15549 – voluntary ISI
BWMR 2022 EPR	Mandatory now – CPCB EPR registration and annual obligations
Key tender frameworks	SECI, NTPC, state DISCOM tenders specify IS 17424; ALMM/Make-in-India for domestic content
Factory audit	Yes – Scheme-I voluntary ISI includes BIS factory assessment

Frequently Asked Questions

1.   Is BIS certification mandatory for BESS in India?

BIS certification under IS 17424:2020 is voluntary - no QCO compels it as of July 2026. However two frameworks make compliance effectively mandatory in practice: (1) SECI, NTPC, and state DISCOM tenders now specify IS 17424 compliance as a technical bid qualification. (2) The CEA (Measures Relating to Safety and Electric Supply) Amendment Regulations, 2026, notified April 2026, introduce a mandatory safety framework for all BESS installations effective 1 April 2027. Lithium cells inside the BESS separately require mandatory IS 16046 (Part 2) CRS registration under MeitY.

2.   Is BIS certification mandatory for all BESS projects?

Yes, for components. Battery cells and modules must have mandatory BIS registration under IS 16046 (Part 2). System-level standards like IS 17424 are technically voluntary under central law, but government procurers (SECI, NTPC) make them mandatory in their project tenders.

3.   What is IS 17424:2020?

IS 17424:2020 is the Indian Standard for Safety of Stationary Battery Energy Storage Systems. It is a system-level standard covering the complete installed BESS: cells, modules, packs, Battery Management System (BMS), thermal management, enclosure, fire detection and suppression integration, AC/DC power conditioning interfaces, commissioning checks, and operation and maintenance requirements. BIS offers voluntary ISI certification against this standard under Scheme-I with a CM/L licence.

4.   What is the CEA BESS Safety Framework 2026?

The Central Electricity Authority (CEA) notified the CEA (Measures Relating to Safety and Electric Supply) Amendment Regulations, 2026, in April 2026, effective 1 April 2027. It is a mandatory safety framework for all BESS installations in India, requiring: two-fault tolerance design, mandatory fire detection and suppression systems, RFID or QR code traceability for cells and packs, state of health (SoH) monitoring, thermal runaway prevention and containment, earthing and insulation requirements, emergency response protocols, and fire safety personnel training.

5.   What is IS 17092:2019 and when does it apply?

IS 17092:2019 covers Electrical Energy Storage Systems (EES) safety requirements specifically for grid-connected storage. It complements IS 17424 with additional requirements for grid protection relay coordination, islanding prevention, power quality, and fault ride-through. For utility-scale BESS with grid interconnection, IS 17092 is cited alongside IS 17424 in procurement specifications and is available for voluntary ISI certification from BIS.

6.   Which cells inside a BESS need mandatory BIS CRS registration?

If the BESS uses lithium-ion cells that fall within the portable-application scope, those cells require mandatory IS 16046 (Part 2):2018 CRS registration under the MeitY order - this is separate from and additional to the system-level IS 17424 voluntary certification. For lead-acid BESS cells, IS 1651 and IS 15549 provide voluntary ISI certification. The boundary between portable-application cells and stationary-duty cells should be mapped carefully for each BESS project.

7.   Do government BESS tenders require IS 17424 compliance?

Increasingly yes. SECI, NTPC, state DISCOMs and large EPC contractors include IS 17424 compliance as a technical bid qualification in BESS procurement tenders. The CEA 2026 mandatory framework has accelerated this trend. For utility-scale BESS, IS 17424 compliance is becoming the de-facto market standard even while legally voluntary under BIS.

8.   Can an international test report (e.g., IEC) bypass BIS testing?

No. While Indian standards are aligned with IEC 62619 and IEC 62933, you cannot use international laboratory reports to skip local testing. Samples must be physically tested inside India at a BIS-approved laboratory.

9.   What happens if a project commissioned before April 2027 fails a safety audit?

Projects must design for compliance ahead of time. Systems operating post-deadline must adapt to the new framework, as third-party safety and fire audits will be legally binding for all high-voltage grid connections.

10.               What is EPR registration, and who needs to file it?

Extended Producer Responsibility (EPR) registration is mandatory under the Battery Waste Management Rules, 2022. Importers, manufacturers, and project developers who assemble packs must register on the Central Pollution Control Board (CPCB) portal to guarantee end-of-life recycling.

11.               Do the new 2027 CEA safety rules apply to small commercial BESS units?

The new Chapter XA rules apply to any BESS installation operating at voltage levels exceeding 650 Volts. Small, low-voltage commercial or residential systems under 650V do not fall under this specific mandate.

12.               What is BWMR 2022 and does it apply to BESS?

Yes. The Battery Waste Management Rules, 2022 (BWMR) mandate Extended Producer Responsibility (EPR) for all producers, importers and brand owners of batteries, including BESS batteries. EPR registration on the CPCB portal, year-wise collection and recycling targets, prescribed labelling, and periodic returns are all mandatory. CPCB enforcement has become progressively more active since 2023.

13.               How long does voluntary ISI certification for BESS under IS 17424 take?

Typically 6-10 weeks for a prepared application including system-level testing at a BIS-recognised laboratory. BESS is a complex system with many interfaces - battery modules, BMS, HVAC, fire suppression, AC/DC conversion - so test scope mapping is more involved than for a single battery product. We map the complete test scope and coordinate lab selection before any testing begins.

14.               What is the ALMM/Make-in-India framework for BESS?

Government BESS procurement under schemes like SECI and NTPC is subject to ALMM (Alternative List of Modules and Manufacturers) and Make-in-India domestic content requirements. As of January 2026, the Ministry of Power granted a temporary one-year relaxation from strict localisation requirements for bidders using lithium-ion cells under Transfer-of-Technology arrangements, given limited domestic cell manufacturing capacity. This relaxation runs January 2026 to January 2027.

15.               Can I transport BESS containers inside India without UN 38.3 certification?

No. UN 38.3 is a strict transport safety requirement. Standard logistics providers, ports, and Indian railways will reject battery modules, racks, or fully integrated containers that lack valid UN 38.3 test summaries.

16.               Is BIS certification required when I am an e-commerce seller?

Yes. When e-commerce sellers are selling their products they also must confirm that the products they are selling are certified or registered to BIS Indian standards. This applies regardless of the platform you are selling on (such as Amazon or Flipkart).

17.               What happens if I skip BIS certification?

Your shipment may be held at customs, products banned from sale, or your listings removed from online platforms. Fines and legal consequences can follow.

18.               How is compliance monitored after BIS approval?

BIS conducts regular surveillance audits, random product testing, and market inspections to ensure certified products continue to meet standards. Non-compliance can result in suspension or cancellation of license.

19.               What is EPR registration, and who needs to file it?

Extended Producer Responsibility (EPR) registration is mandatory under the Battery Waste Management Rules, 2022. Importers, manufacturers, and project developers who assemble packs must register on the Central Pollution Control Board (CPCB) portal to guarantee end-of-life recycling.

20.               What certifications does a BESS need in the United States?

In the USA, BESS certifications include UL 9540 for the full system, UL 9540A at cell/module/unit levels, UL 1973 for battery packs, and UL 1741 for the inverter or PCS. Additionally, all US installations must comply with NFPA 855 and NEC Article 706.

Referance:

·        Battery Waste Management Rules, 2022

·        Relevant Indian standard by searching BIS portal.

·        Central Electricity Authority (Measures relating to safety and electric supply) Regulations 2023

 

About Me:

Dr. Arindam Bhadra is a Certified Fire safety & ISO Auditor, Technical consultant and Teacher based in Kolkata, India, with over 20 years of experience in Fire safety systems, Video Surveillance, Access Control and BMS. He is founding director of SSA Integrate. Regional Director East of Council of Fire & Life Safety Professionals (CFLS).

He is Member of NFPA, Conformity Assessment Society (CAS), Institution of Safety Engineers (India), The Institution of Engineering and Technology, ISHRAE – Kolkata chapter(CWC), FSAI-Kolkata chapter, ASIS etc. He is certified fire Inspector, Certified Fire Protection professional, NFPA 72, NFPA 25, NFPA 70E and ToT-OSH from CLI. Factory Certified Engineer for Edwards (EST3 & EST4) products.

He is guest faculty at BIS - Bureau Of Indian Standard, DGFASLI – CLI (Central Labour Institute) and Institution of Safety Engineers (India).

Dr. Arindam Bhadra is popularly known as "Fire ka Doctor" because of his expertise in fire detection, prevention and awareness, helping people and organizations globally stay safe from fire hazards. His Writeups regularly publish on Safe secure Magazine, ISHRAE Journal. His Blog current viewer is 56Lakh, which is bhadrafiresafety.blogspot.com