Smartphones. Power banks. Laptops. Wireless earbuds. If these are part of your product catalogue, every single order you ship contains a lithium battery — and that makes it a regulated dangerous good under Indian domestic shipping guidelines.
For most SMBs, compliance only becomes visible at the point of failure — a held shipment, a returned parcel, or a carrier refusal — by which time the order window has already passed. Understanding the rules before that happens is what separates a smooth fulfilment operation from one that loses revenue to avoidable RTOs.
This guide gives you everything you need to ship battery-containing electronics correctly, every time.
TL;DR
Lithium-ion batteries (rechargeable — used in phones, laptops, power banks) are regulated for transport; for air transport, many common consumer batteries fall within the standard IATA limits (generally ≤100 Wh per battery for simplified provisions, subject to packing instruction and quantity limits). Lithium-metal batteries (non-rechargeable — used in watches, remotes, coin cells) are regulated based on lithium content (grams). All lithium battery shipments require correct classification (UN3480/UN3481 for Li-ion; UN3090/UN3091 for Li-metal), packaging that prevents short circuits, and the documentation your carrier requests (commonly UN 38.3 compliance information; SDS may be requested by some carriers). Standalone lithium-ion batteries (UN3480 / PI 965) must be offered for air transport at no more than 30% state of charge (long-standing rule). From 1 January 2026, the 30% SoC limit became mandatory for lithium-ion batteries packed with equipment (UN3481 / PI 966) when cells or batteries exceed 2.7 Wh (otherwise it remains a recommendation). Non-compliance can result in shipments being delayed, returned, or refused.
The Rules Your Shipments Are Already Subject To
Regulatory note: Lithium battery shipping rules vary by transport mode (air vs road), battery configuration (alone/packed with/contained in equipment), and the applicable IATA packing instruction/section. Carriers may apply additional restrictions beyond the baseline regulations. This article is informational; confirm requirements with your carrier for your specific shipment profile.
India does not have a single standalone statute for lithium battery shipping. The framework comes from three overlapping bodies of regulation — and your courier network operates within all three.
Regulatory Body |
Scope |
What It Governs |
DGCA (Directorate General of Civil Aviation) |
Air transport |
Primary authority for all domestic air courier services, including e-commerce fulfilment. Follows ICAO Technical Instructions and IATA DGR. The 67th Edition of IATA DGR, in effect from January 2026, extended mandatory state-of-charge limits to batteries packed with equipment. Source |
MoRTH (Ministry of Road Transport and Highways) |
Surface transport |
Governs hazardous goods via the Hazardous Substances (Classification, Packaging and Labelling) Rules, 2011, read with the Central Motor Vehicles Rules, 1989. |
UN Classification Standards |
All modes |
Defines the UN numbers every logistics partner uses to determine eligibility, labelling, and handling requirements for every battery-containing shipment. |
UN number quick reference:
Battery Type |
Condition |
UN Number |
Lithium-ion (rechargeable) |
Standalone |
UN3480 |
Lithium-ion (rechargeable) |
Packed with or contained in equipment |
UN3481 |
Lithium-metal (non-rechargeable) |
Standalone |
UN3090 |
Lithium-metal (non-rechargeable) |
Packed with or contained in equipment |
UN3091 |
Li-ion or Li-metal — Getting This Wrong Is the Most Common Mistake
These two battery types look similar on a product listing. But they have different Wh thresholds, different UN numbers, and different SoC rules. Confusing them is the most frequent source of compliance failures for electronics sellers.
Lithium-ion (Li-ion) |
Lithium-metal (Li-metal) |
|
Rechargeable? |
Yes |
No |
Common products |
Smartphones, laptops, power banks, earbuds, tablets |
Watches, remote controls, hearing aids, temperature loggers, certain cameras |
India air shipping limit |
100 Wh |
Lithium content (grams) limits per applicable packing instruction |
UN number (standalone) |
UN3480 |
UN3090 |
UN number (in/with equipment) |
UN3481 |
UN3091 |
SoC restriction |
UN3480 (PI 965): max 30% SoC (long-standing rule for air). UN3481 packed with equipment (PI 966): max 30% SoC mandatory from 1 Jan 2026 when cells/batteries > 2.7 Wh; otherwise recommended. UN3481 contained in equipment (PI 967): reduced SoC is recommended (not generally mandatory) . |
Not applicable |
Not sure what Wh rating your product has? Calculate it:
Formula: Wh = (mAh ÷ 1000) × nominal voltage
✓ 10,000 mAh power bank at 3.7V = 37 Wh — eligible for standard air shipping
✗ 40,000 mAh power bank at 3.7V = 148 Wh — exceeds the 100 Wh limit
Source: IATA Lithium Battery Guidance Document 2026
Your Three Most Common Shipping Scenarios — Answered
The critical variable in every battery shipment is whether the battery is inside the device, packed alongside it, or the product itself. Here is how each scenario plays out.
Scenario |
Product Example |
Classification |
UN Number |
Wh Limit |
Key Requirement |
Battery installed inside device |
Smartphone, laptop, earbuds |
Contained in equipment |
UN3481 |
100 Wh |
Device switched off — not standby. Protected against accidental activation. |
Battery packed separately in same box as device |
Laptop + spare battery |
Packed with equipment |
UN3481 |
100 Wh |
Individually wrapped; terminals protected. SoC max 30% for cells/batteries >2.7 Wh (mandatory from Jan 2026). |
Battery shipped as standalone product |
Power bank, no device in box |
Battery alone |
UN3480 |
100 Wh |
SoC max 30% — pre-existing rule, not new in 2026. Individual packaging required. |
Non-rechargeable battery in device |
Watch, remote control |
Contained in equipment |
UN3091 |
See lithium content (grams) limits per applicable packing instruction (not Wh) |
Standard packaging; protect terminals. |
Non-rechargeable battery standalone |
Replacement lithium coin cells |
Battery alone |
UN3090 |
See lithium content (grams) limits per applicable packing instruction (not Wh) |
Individually packed; short circuit protection required. |
A note on AAA and other everyday batteries: Standard alkaline and NiMH batteries are not classified as lithium and are not subject to these rules. However, lithium-chemistry AAA cells — sold as long-life alternatives — are lithium-metal and fully regulated. Check the chemistry printed on the battery if you are unsure.
Use this to decide quickly:
- If your product is a complete device with the battery installed → UN3481, “contained in equipment”
- If your product includes a spare battery packed alongside a device in the same box → UN3481, “packed with equipment"; 30% SoC applies if cells/batteries exceed 2.7 Wh
- If you are shipping batteries as the product (power banks, replacement cells) → UN3480 or UN3090; 30% SoC applies for Li-ion
- If your battery exceeds common air-transport simplified thresholds (e.g., >100 Wh for many Li-ion batteries, or above lithium-content limits for Li-metal) → standard parcel networks may restrict it or require special handling/approvals; contact your carrier for options
Once you know your UN number, the next step is straightforward. Carriers that operate a dedicated Dangerous Goods programme — like Amazon Shipping India — accept eligible battery shipments as long as the UNID, hazmat class, and battery attributes are declared correctly at the point of label purchase. The system guides you through the declaration, so compliant sellers are not navigating this alone.
Packaging and Labelling — What Every Battery Shipment Needs
Getting the classification right is step one. Packaging and labelling are what get your shipment accepted and moving.
Requirement |
Detail |
Terminal protection |
Cover or tape all terminals to prevent contact with conductive materials |
Individual wrapping |
Each battery individually wrapped or placed in a non-conductive pouch |
No free movement |
Batteries must not shift inside the outer packaging |
Inner packaging |
Non-conductive material — plastic, foam, or purpose-made battery pouches |
Outer box |
Rigid, undamaged, and properly sealed |
UN number label |
Applied to the outermost box — clearly visible, unobscured by other markings |
Class 9 hazmat label |
For air transport, labelling depends on the applicable packing instruction/section (e.g., Section I vs Section II). Many lithium battery shipments use the lithium battery mark and/or Class 9 label depending on configuration, quantity, and thresholds—follow your carrier’s acceptance checklist for the exact marks/labels required. |
Safety Data Sheet (SDS) |
Often requested by carriers for DG onboarding or audits but not universally required for every lithium battery shipment. Keep an SDS (or equivalent manufacturer transport documentation) available where your carrier asks for it. |
UN 38.3 test report |
Confirms the battery has passed mandatory transport safety tests. Issued by the manufacturer. Must be on file and available on request from your carrier. |
Battery specifications |
Wh rating, number of cells, and chemistry type must be accurately declared |
What Non-Compliance Actually Costs You
When a battery shipment does not meet carrier requirements, one of three things happens — and none of them are free.
Your shipment gets held at origin. The carrier flags an undeclared or incorrectly declared dangerous good before the parcel moves. It sits at the pick-up point until documentation is corrected or the shipment is cancelled. You bear the delay and any storage costs.
Your shipment is returned to sender. If the parcel is identified mid-transit as non-compliant, it is pulled from the network and sent back. You receive an RTO, pay return shipping, and lose the delivery window entirely.
Your shipment is refused outright. For repeat violations or significantly over-limit batteries, carriers may refuse the shipment entirely. In serious cases — such as undeclared batteries on air cargo — DGCA regulations allow penalties to be applied to the shipper directly.
The downstream impact compounds fast. A held shipment during Diwali or a Big Billion Days campaign does not just cost one delivery — it triggers customer escalations, negative reviews, and potential chargeback requests.
The most common cause of all three outcomes? Misclassification. Declaring a power bank as “electronics — general” without a UN number or SDS on file is the single most frequent compliance failure in this category.
Shipping Battery Products with Amazon Shipping India
Amazon Shipping India operates a dedicated Dangerous Goods programme built specifically for sellers shipping regulated products — including electronics and battery-containing items — across its network of 14,000+ pin codes.
What’s eligible:
Battery Type |
Eligible? |
Wh Limit |
Li-ion batteries in or with equipment (phones, laptops, cameras) |
✓ Yes |
Under 100 Wh |
Li-metal batteries in or with equipment (watches, remotes) |
✓ Yes |
Within carrier limits (typically by lithium content; commonly aligned to Section II thresholds) |
Standalone Li-ion batteries above 100 Wh |
✗ Not eligible for standard shipment |
— |
The onboarding process requires sellers to declare their UNID, hazmat class, and applicable battery attributes before the first shipment moves. That upfront declaration step is not just a compliance gate — for SMBs managing multiple battery SKUs, it functions as a built-in audit that ensures nothing ships without the right classification on record.
If your product falls outside standard eligibility limits, the programme also provides a pathway to ship certain battery products under Limited Quantity (LQ) provisions — check the Dangerous Goods Shipping Guide for the full list of permissible UN numbers.
Common Misconceptions Worth Clearing Up
“Retail packaging is enough — I don’t need a separate UN label.” It is not. Retail packaging and transport labelling are two different things. The correct UN label must be applied to the outermost shipping box regardless of how the manufacturer has packaged the product.
“Road courier services don’t have the same rules.” In practice, they do. While MoRTH surface transport rules are less prescriptive than DGCA air regulations, professional courier networks apply internal dangerous goods policies that mirror IATA standards across all transport modes.
“Small batteries don’t need compliance.” It depends entirely on chemistry, not size. Alkaline and NiMH batteries are not classified as lithium and carry no dangerous goods requirements. Lithium-chemistry batteries — including coin cells and lithium AAA cells — are regulated regardless of physical size.
“BIS certification means my product is cleared for shipping.” BIS and UN 38.3 are separate requirements with separate purposes. BIS covers product quality standards. UN 38.3 is a transport safety certification that must be completed independently. Holding one does not satisfy the other.
“The 30% SoC rule is a new requirement introduced in 2026.” Partially. The 30% state-of-charge limit for standalone lithium-ion batteries (UN3480) has been in place for several years. What changed on January 1, 2026 — under IATA DGR 67th Edition — is that the same limit became mandatory for lithium-ion batteries packed with equipment (UN3481) where cells or batteries exceed 2.7 Wh.
Ship with Us
Shipping electronics and battery-containing products does not have to be complicated — it just has to be done right.
Amazon Shipping Dangerous Goods programme gives you a compliant, reliable route to market for eligible battery products, with a network that reaches 14,000+ pin codes, pick-up 7 days a week, and a declaration process that keeps your shipments moving without surprises.
Why electronics sellers choose Amazon Shipping India:
- Dedicated Dangerous Goods programme with clear eligibility guidelines
- UNID declaration built into the label purchase flow
- Reliable last-mile network built on 10+ years of logistics experience in India
- Real-time tracking and tech-enabled account management
Yes, if it is rated under 100 Wh. Most consumer power banks up to approximately 27,000 mAh at 3.7V fall within this limit. Declare it as UN3480 (standalone) or UN3481 (with a device), apply the marks/labels required by your carrier for that packing instruction/section, and keep manufacturer documentation available (UN 38.3 compliance info; SDS if your carrier requests it). The 30% state-of-charge limit applies to standalone power banks under UN3480 (PI 965) and is a long-standing air-transport requirement. Power banks above 100 Wh may be restricted, require approvals, or be limited to specific services/modes depending on the carrier.
UN3481 — lithium-ion batteries contained in or packed with equipment. This covers smartphones, tablets, laptops, and most consumer electronics with integrated rechargeable batteries. The device must be switched off during transit, not just on standby, and packaged to prevent accidental activation.
Your shipment will be held, returned, or refused. You bear the cost of the return and any storage fees. For repeated non-compliance, carriers may restrict your account from shipping battery-containing products until declaration requirements are met.
Every lithium battery you ship must have passed UN 38.3 testing — altitude simulation, thermal, vibration, shock, and others. The test report is issued by the manufacturer. You do not need to submit it with every shipment, but it must be on file and available on request from your carrier or regulatory authority.
Yes — under 100 Wh for standard domestic air courier shipping. Most laptop batteries fall between 30 Wh and 99 Wh, placing them within the eligible range. Verify the Wh rating on the battery label or manufacturer spec sheet. Laptops shipped as complete units use UN3481.
UN3480 is for lithium-ion batteries shipped alone — no device in the box. UN3481 is for lithium-ion batteries packed with or contained inside equipment. For air transport, the 30% SoC limit has long applied to UN3480 (PI 965). From 1 January 2026, the 30% SoC limit is mandatory for UN3481 packed with equipment (PI 966) when cells or batteries exceed 2.7 Wh; for UN3481 contained in equipment (PI 967), reduced SoC is recommended but is not generally mandatory under the same rule.
Yes, provided each product is individually packaged with terminals protected, the total watt-hour content stays within carrier limits, and the outer box carries the correct UN label and documentation. Check your carrier’s specific guidelines for multi-item battery shipments — quantity limits per consignment may apply.
Regulatory references: IATA Dangerous Goods Regulations 67th Edition | DGCA India | IATA Lithium Battery Guidance Document 2026 | Amazon Shipping India Dangerous Goods Programme
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