Traction Battery (REESS) of L Category Electric Power Train Vehicles Testing Services

Traction Battery (REESS) of L Category Electric Power Train Vehicles Testing Services
NABL Accredited BIS Recognised ISO 9001:2015 Quality

Traction Battery (REESS) of L-Category Electric Power-Train Vehicles Testing at Matrix Test Labs

L-category EVs — e-rickshaws, e-bikes and e-scooters — represent India's electric-mobility frontline, and every traction pack supplied to them must clear AIS 156 (Rev 2). As an NABL accredited testing laboratory recognised by BIS and TEC, Matrix Test Labs delivers traction battery (reess) of l-category electric power-train vehicles testing that is accepted by Indian regulators, OEMs and international buyers alike. Our laboratory in Delhi combines calibrated infrastructure with engineers who live and breathe these standards every day.

Whether you are an established brand putting a new generation of L-category EV traction batteries (REESS) on the market, an importer chasing BIS compliance, or an R&D team validating a fresh design, our test reports give you the confidence to launch — and the documentation to defend that launch in front of any regulator or auditor.

Standards we test L-category EV traction batteries (REESS) to

  • AIS 156 (Rev 2) — Specific requirements for L category EV battery packs
  • AIS 038 (Rev 2) — Construction and safety - electric vehicles
  • IS 16893 (Part 1 & 2) — Safety of secondary lithium batteries
  • IEC 62660-2 — Reliability and abuse testing of EV cells

Our scope of NABL accreditation is reviewed every cycle to keep pace with revisions in IS, IEC, AIS and TEC specifications, so the test report we hand you today is the one your homologation committee will accept tomorrow.

What we test on L-category EV traction batteries (REESS)

  • Vibration — random 21 h per axis
  • Mechanical shock — 50 g, 6 ms half-sine
  • Thermal shock — -40 °C ↔ +60 °C, 30 cycles
  • Fire exposure — direct + indirect flame
  • Overcharge & over-discharge — BMS response verification

Each parameter is executed under controlled environmental conditions on calibrated equipment with full traceability to national reference standards. Test data is captured digitally, reviewed by a qualified test engineer and signed off by an authorised signatory before the report leaves the laboratory.

Industries we serve

  • e-rickshaw manufacturers
  • e-two-wheeler OEMs
  • battery swap operators
  • retrofit kit suppliers
  • ARAI homologation candidates

Why leading brands choose Matrix Test Labs

Matrix Test Labs is one of the few independent third-party laboratories in Delhi that combines NABL accreditation, BIS recognition and TEC empanelment under a single roof. That means a L-category EV traction batteries (REESS) test request submitted at our gate can move through electrical safety, mechanical safety, environmental qualification and, where applicable, performance benchmarking without ever leaving the campus — cutting weeks from your typical product release timeline.

Our engineering team is fluent in IS, IEC, AIS, TEC and EN standards, and we offer pre-compliance support so that the first formal test sequence is also the last one you have to pay for. From a single component verification to a complete certification dossier, every engagement begins with a free scoping call to map your specific L-category EV traction batteries (REESS) against the applicable standards.

Turnaround time and reporting

Typical turnaround for a complete traction battery (reess) of l-category electric power-train vehicles testing sequence is 3 to 6 weeks, depending on sample availability and the depth of the test plan. Express slots are available for urgent homologation deadlines. Final reports are delivered as digital, signed PDFs along with a hard copy and supporting raw data on request. Every test report carries the NABL emblem along with our laboratory accreditation number, making it readily acceptable to BIS certification bodies, TEC, ARAI, ICAT, regulatory authorities and overseas buyers.

Sample submission and what to expect

To begin traction battery (reess) of l-category electric power-train vehicles testing, you will typically need to submit between 3 and 8 representative samples of the L-category EV traction batteries (REESS) along with their technical datasheet, declared ratings, circuit diagrams and a copy of the user manual. Our laboratory coordinator will confirm the exact sample quantity once the scope is finalised. Samples can be hand-delivered to our Delhi facility, sent by courier with our consignment note, or collected on request within Delhi-NCR. Each sample is uniquely barcoded on arrival and tracked through the testing pipeline, giving you full visibility on progress at every stage.

Frequently asked questions

Will the test report be accepted by BIS / TEC / ARAI? Yes — because our laboratory is NABL accredited and recognised under the relevant Indian schemes, reports from Matrix Test Labs are accepted by all major Indian certification bodies and regulatory authorities for L-category EV traction batteries (REESS).

Do you offer pre-compliance testing? Absolutely. We routinely run a pre-compliance sweep on prototype units so design teams can correct issues before the formal traction battery (reess) of l-category electric power-train vehicles testing sequence begins, eliminating expensive re-test cycles.

Can you help with retest after a design change? Yes — partial retests against affected clauses are scoped on a case-by-case basis and usually cost a fraction of a full sequence.

Get your L-category EV traction batteries (REESS) tested at Matrix Test Labs

Talk to our team today to scope your traction battery (reess) of l-category electric power-train vehicles testing project. Call +91 73032 50578, write to sales@matrixtestlabs.com, or use the contact form on this site — we usually respond within one working day with a draft test plan, indicative pricing and a target start date for your L-category EV traction batteries (REESS).

Testing Scope

Test ParameterStandard / ClauseRequirement
VibrationAIS 156 Annex VIII21 h per axis, random profile
Mechanical shockAIS 156 Annex VIII50 g, 6 ms, half-sine
Thermal shockAIS 156 Annex VIII-40 ↔ +60 °C, 30 cycles
Fire resistanceAIS 156 Annex VIII70 s direct + 60 s indirect
External shortAIS 156 Annex VIII< 5 mΩ
OverchargeAIS 156 Annex VIII1.5× rated current
Over-dischargeAIS 156 Annex VIIITo 25% below cut-off
Water immersionAIS 156 Annex VIIISalt water, 2 h
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