储能产品是跨境物流里最容易被低估的品类之一。客户口中的“户外电源”“储能电池”“移动电源”“电池包”,在空运体系里往往不是普通电子货,而是危险品。能不能飞、怎么包装、走客机还是货机、是否需要 DGD、SoC 是否合规,都不能靠一句“以前走过”来判断。
先把储能产品说清楚
储能产品不是一个单一运输品名。它可能是单独电池,也可能是装在设备里的电池,还可能是大型电池模组或便携式储能设备。运输分类不同,操作路径完全不同。
| 常见商品名 | 空运判断重点 | 常见风险 |
| 移动电源/充电宝 | 通常视为锂电池或含锂电设备 | 容量、瓦时、包装和客货机限制 |
| 户外电源 | 电池容量大,可能超限 | 不适合普通快递渠道 |
| 储能电池包 | 多为危险品货物 | 需要 UN38.3、SDS、DGD 等资料 |
| 带电设备 | 电池是否安装在设备内 | PI 967/970 等路径要确认 |
| 单独锂电芯/电池 | 更严格 | SoC、包装、CAO 限制 |
2026 年 IATA 锂电池指导文件已把锂电池和钠离子电池相关内容纳入最新口径。IATA 文件明确,锂离子电芯和电池作为货物运输时,通常需要不超过 30% 的荷电状态(SoC),具体适用范围要看包装说明、UN 编号和运输方式。
为什么储能产品空运这么难
锂电池的核心风险是热失控。电池一旦受损、短路、过充、制造缺陷或包装不当,可能起火、冒烟甚至引发连锁燃烧。飞机货舱不是普通仓库,空中处置空间有限,所以航空运输对电池非常谨慎。
| 风险 | 运输后果 | 实操要求 |
| 短路 | 起火、冒烟 | 端子保护、独立包装、防导电 |
| 热失控 | 连锁燃烧 | 限制 SoC、限制数量、合规包装 |
| 误申报 | 航司拒收、罚款、退运 | 正确 UN 编号和危险品文件 |
| 包装破损 | 安检拒收 | 外箱强度、跌落测试、标签 |
| 容量超限 | 不能按普货走 | 需要危险品渠道或改海运 |
所以,储能产品不能只问“多少钱一公斤”。第一句应该问:这票货到底按哪个 UN 编号、哪条包装说明、哪种承运限制走。
常见 UN 编号和运输路径
下面是简化理解,具体以 IATA DGR、承运人规则和危险品专业人员判断为准。
| 类型 | 常见 UN 编号 | 通俗理解 | 典型文件 |
| 锂离子电池单独运输 | UN3480 | 单独电池/电芯 | UN38.3、SDS、DGD、危包资料 |
| 锂离子电池与设备包装在一起 | UN3481 | 电池和设备同箱但未安装 | UN38.3、SDS、包装声明 |
| 锂离子电池安装在设备中 | UN3481 | 电池已装在设备内 | UN38.3、SDS、标签资料 |
| 锂金属电池单独运输 | UN3090 | 一次性锂金属电池 | 更严格,需专业确认 |
| 钠离子电池 | UN3551/相关路径 | 2025 后规则逐步纳入 | 需按最新 IATA 口径确认 |
储能电源经常被误报为 “electronics”“power station”“charger”。这些品名不够。空运申报应能识别电池属性、UN 编号、容量、包装形式和是否危险品。
空运前必须准备哪些资料
| 文件/资料 | 用途 | 新手常见问题 |
| UN38.3 测试概要 | 证明电池通过运输测试 | 型号不一致、只给截图 |
| SDS/MSDS | 说明化学品/电池安全信息 | 版本旧、生产商不一致 |
| 电池规格书 | 确认 Wh、Ah、电压、型号 | 只给产品宣传页 |
| DGD | 危险品申报文件 | 非专业人员乱填 |
| 包装证明/危包资料 | 证明包装符合要求 | 普通纸箱冒充危包 |
| SoC 证明 | 证明荷电状态符合要求 | 没有批次记录 |
| 产品图片/标签图 | 给航司和安检识别 | 外箱无锂电标签或方向标 |
如果客户拿不出 UN38.3、SDS、电池规格书,先不要报价成可承运。报价可以做区间,但承运必须等资料审核。
储能产品空运流程
| 阶段 | 动作 | 责任方 | 风险点 |
| 1. 产品识别 | 判断电池类型、容量、安装方式 | 卖家/工厂/货代 | 品名模糊 |
| 2. 文件审核 | UN38.3、SDS、规格书、包装资料 | 危险品操作/航司 | 型号对不上 |
| 3. 航司确认 | 确认是否接受、客机/货机限制 | 货代/航司/GSA | 航司 operator variation |
| 4. 包装准备 | 防短路、抗压、标签、数量限制 | 工厂/危险品包装方 | 普箱或混装 |
| 5. 订舱申报 | 正确 UN 编号、DGD、AWB 备注 | 货代/危险品申报员 | 申报错误 |
| 6. 交仓安检 | 危险品收运检查 | GHA/安检/航司 | 标签、文件、实货不一致 |
| 7. 装机运输 | 按 CAO/客机规则和配载要求 | 航司 | 限载或甩货 |
| 8. 目的港清关 | 产品准入、税则、监管要求 | 收货人/报关行 | 电池合规和市场认证 |
储能产品的空运成本通常高于普通货。它不仅是重量成本,还包含危险品操作、专业包装、文件审核、航司限制、仓库收运、安检和可能的改航线成本。
储能产品报价前的信息采集表
接到储能产品询价时,不要先报价格。先让客户填清楚以下信息。
| 信息 | 为什么重要 | 需要客户提供 |
| 电池类型 | 锂离子、锂金属、钠离子规则不同 | 电芯/电池规格书 |
| 包装方式 | 单独电池、配套设备、装在设备中 | 产品和包装照片 |
| 容量参数 | Wh、Ah、电压决定限制 | 额定容量和铭牌 |
| SoC | 空运荷电状态要求 | 批次 SoC 记录 |
| UN38.3 | 运输测试基础文件 | 测试概要及型号 |
| SDS | 安全信息和危险性说明 | 最新版 SDS |
| 外箱尺寸重量 | 判断计费和包装限制 | 单箱尺寸、毛重、数量 |
| 目的国 | 市场准入可能不同 | 收货人和清关资料 |
如果客户只说“户外电源 500 kg,到美国多少钱”,这个询价是不完整的。没有电池资料、容量、UN 编号和包装方式,任何明确价格都可能是不负责任的报价。
为什么航司会拒收储能货
很多卖家觉得航司拒收是“刁难”,其实常见原因很具体。
| 拒收原因 | 说明 |
| UN38.3 型号不一致 | 报告型号与实货铭牌不同 |
| SDS 过旧或信息不完整 | 无法判断危险属性 |
| SoC 不符合要求 | 单独锂电池尤其敏感 |
| 包装不符合 | 端子未保护、内包装不稳、外箱强度不足 |
| 标签标记错误 | 锂电池标记、危险品标签、CAO 标签不一致 |
| 航司不收该类货 | 不同承运人 operator variation 不同 |
| 中转站限制 | 中转机场不接受某类危险品 |
所以储能产品不要临近截单才交仓。危险品货物需要留出资料审核、包装复核和航司确认时间。越急越容易出错。
目的国市场准入不要忘
运输合规只解决“能不能运”,不解决“能不能卖”。储能产品到美国、欧盟、澳洲等市场,还可能涉及电气安全、能效、FCC/CE、UL/IEC 标准、回收、电池标签、平台审核等。
| 市场动作 | 关注点 |
| 美国销售 | FCC、CPSC、电气安全、平台 UL 要求可能出现 |
| 欧盟销售 | CE、RoHS、REACH、电池法规、WEEE/EPR |
| 澳洲销售 | 电气安全和插头标准、本地认证要求 |
| 平台销售 | Amazon、Temu、TikTok Shop 可能要求测试文件 |
如果卖家只解决运输,不解决上市合规,货物可能顺利到仓,但无法上架或被平台下架。
储能产品的包装和标签要点
包装不是仓库随便加厚纸箱。储能产品包装要同时满足运输安全、短路防护、识别和操作要求。
| 包装/标签要点 | 实操说明 |
| 防短路 | 电池端子要保护,不能与导电材料接触 |
| 防移动 | 内包装要固定,避免运输中碰撞 |
| 外箱强度 | 不能用软塌、破损或二次使用不明的纸箱 |
| 标签一致 | UN 编号、锂电标记、CAO 等要与申报一致 |
| 方向标识 | 液体冷却或特殊结构设备要看是否需要方向标 |
| 批次追溯 | 外箱、装箱单、测试资料最好能对应批次 |
有些客户会问能不能“拆掉电池只发外壳”。这要看产品结构和商业目的。如果确实不含电池,文件、标签、品名、发票和实货必须一致;如果只是为了规避监管而改名,风险更大。
销售接单时的底线
储能产品要建立红线:
- 没有 UN38.3,不按可空运报价确认;
- 没有 SDS 和规格书,不确认危险品路径;
- 客户拒绝说明电池容量,不接急单;
- 实货与资料型号不一致,不交航司;
- 客户要求改品名、瞒报电池,不接。
危险品运输里,最贵的不是拒单,而是接了不该接的单。
对销售来说,拒绝不完整资料不是不配合客户,而是在保护客户。因为一旦危险品误申报,受影响的不只是这一票货,还可能影响账号、航司关系、仓库资质和后续渠道稳定性。
空运还是海运:怎么判断
| 场景 | 建议方式 | 原因 |
| 小容量带电设备,文件齐全 | 可评估空运 | 时效优先 |
| 大容量户外电源 | 优先评估海运/铁路等 | 空运限制多、成本高 |
| 单独电池批量出货 | 谨慎评估货机危险品 | 客机限制和航司接受度低 |
| 紧急样品 | 可找危险品空运渠道 | 但资料必须齐 |
| FBA 大批量补货 | 通常海运更稳 | 成本和合规可控 |
如果涉及空运计费重,可以先用 OneCargoKit 的 Chargeable Weight Calculator 算毛重和体积重;如果转海运整柜,可用 Container Loading Calculator 做装柜估算。
常见误区
带电不等于普货。要看电池类型、容量、安装方式和承运规则。
MSDS 只是资料之一,不能替代 UN38.3、DGD、包装和航司审批。
航司规则、IATA DGR、国家差异和操作口径都会变化。
2026 年相关规则对锂离子电池荷电状态要求更严格,具体适用范围要按 IATA 最新规则确认。
误申报危险品是严重风险,不能靠模糊品名规避。
发货前检查清单
- [ ] 产品是否为单独电池、与设备包装、还是安装在设备内
- [ ] 是否确认 UN 编号和包装说明
- [ ] 是否有 UN38.3 测试概要,且型号一致
- [ ] 是否有有效 SDS/MSDS 和电池规格书
- [ ] 是否确认 SoC、Wh、Ah、电压、数量
- [ ] 是否需要 DGD 和危险品专业申报
- [ ] 包装是否防短路、防移动、防破损
- [ ] 外箱标签、锂电池标记、CAO 标签是否正确
- [ ] 航司是否确认接受该类货物
- [ ] 目的国是否有电子、电池、回收或产品安全要求
专业总结
储能产品空运的核心不是“找便宜渠道”,而是先判断能不能合规承运。锂电池和储能设备本质上是危险品逻辑,运输资料、包装、SoC、UN 编号、航司审批、安检和目的国准入缺一不可。
跨境卖家要建立一个习惯:只要产品带电,就先做电池资料包;只要容量偏大,就先评估空运可行性;只要是批量储能产品,就不要把它当普通电子货报价。
本文为行业知识和实操参考,不构成危险品运输、航空安全或法律建议。储能产品运输请以 IATA DGR、ICAO 技术细则、PHMSA/FAA、承运人规则及危险品专业人员意见为准。
参考资料与延伸阅读
Energy storage products are among the most underestimated categories in cross-border logistics.What customers refer to as “outdoor power supplies,” “energy storage batteries,” “portable power banks,” and “battery packs” are often not classified as ordinary electronic goods in the air freight system, but rather as dangerous goods. Whether they can be shipped by air, how they should be packaged, whether they should be transported on passenger or cargo aircraft, whether a Dangerous Goods Declaration (DGD) is required, and whether the State of Charge (SoC) complies with regulations—none of these can be determined simply by saying, “We’ve shipped them before.”
Let’s clarify what energy storage products are
Energy storage products do not fall under a single shipping description. They may be individual batteries, batteries installed in devices, large battery modules, or portable energy storage devices. Different transport classifications result in completely different operational procedures.
| Common Commercial Names | Key Considerations for Air Transport | Common Risks |
| Power Banks | Generally classified as lithium batteries or lithium-containing devices | Capacity, watt-hours, packaging, and passenger and cargo aircraft restrictions |
| Outdoor Power Supplies | High battery capacity; may exceed limits | Not suitable for standard shipping channels |
| Energy storage battery packs | Most are classified as dangerous goods | Requires documentation such as UN38.3, SDS, and DGD |
| Powered devices | Whether the battery is installed inside the device | Confirm compliance with PI 967/970 and other relevant regulations |
| Individual lithium cells/batteries | Stricter requirements | SoC, packaging, and CAO restrictions |
The 2026 IATA Lithium Battery Guidance Document has incorporated the latest provisions regarding lithium batteries and sodium-ion batteries.The IATA document specifies that when lithium-ion cells and batteries are transported as cargo, they generally must not exceed a 30% state of charge (SoC); the specific scope of application depends on the packaging instructions, UN number, and mode of transport.
Why Is Air Transport of Energy Storage Products So Challenging?
The core risk of lithium batteries is thermal runaway. If a battery is damaged, short-circuited, overcharged, has a manufacturing defect, or is improperly packaged, it may catch fire, emit smoke, or even trigger a chain reaction of combustion. An aircraft cargo hold is not a typical warehouse; space for in-flight intervention is limited, so airlines exercise extreme caution when transporting batteries.
| Risks | Consequences of Transport | Operational Requirements |
| Short Circuit | Fire, smoke | Terminal protection, individual packaging, non-conductive |
| Thermal Runaway | Chain Reaction Combustion | SoC limit, quantity limit, compliant packaging |
| Incorrect Declaration | Carrier refusal, fines, return shipment | Correct UN number and dangerous goods documentation |
| Damaged packaging | Security screening rejection | Outer packaging strength, drop tests, labeling |
| Excessive volume | Cannot be shipped as general cargo | Requires dangerous goods channels or re-routing via ocean freight |
Therefore, when shipping energy storage products, you can’t just ask, “How much per kilogram?” The first question should be: Under which UN number, packaging instructions, and carrier restrictions will this shipment be transported?
Common UN Numbers and Transportation Routes
The following is a simplified overview; specific details are subject to IATA DGR, carrier regulations, and the judgment of dangerous goods experts.
| Type | Common UN Numbers | Layman’s Terms | Typical Documentation |
| Lithium-ion Batteries Shipped Separately | UN3480 | Individual Batteries/Cells | UN38.3, SDS, DGD, Dangerous Goods Packaging Information |
| Lithium-ion Batteries Packaged with Equipment | UN3481 | Batteries and equipment in the same box but not installed | UN38.3, SDS, Packaging Declaration |
| Lithium-ion batteries installed in equipment | UN3481 | Battery installed in the equipment | UN 38.3, SDS, Labeling Information |
| Lithium metal batteries shipped separately | UN3090 | Single-use lithium metal batteries | More stringent requirements; professional verification required |
| Sodium-ion batteries | UN3551/Related Pathways | Regulations will be phased in after 2025 | Must be verified according to the latest IATA guidelines |
Energy storage batteries are often misdeclared as “electronics,” “power station,” or “charger.” These descriptions are insufficient. Air waybill declarations must clearly identify the battery’s characteristics, UN number, capacity, packaging type, and whether it is a dangerous good.
What Documentation Must Be Prepared Before Air Transport
| Documents/Materials | Purpose | Frequently Asked Questions for Beginners |
| UN 38.3 Test Summary | To certify that the battery has passed transport testing | Model Mismatch—Screenshot Provided Only |
| SDS/MSDS | Provides Safety Information for Chemicals/Batteries | Outdated version; manufacturer does not match |
| Battery Specifications | Confirm Wh, Ah, voltage, and model | Provides only product brochures |
| DGD | Hazardous Materials Declaration Documents | Filled out incorrectly by non-professionals |
| Packaging certificate/hazardous materials packaging documentation | Certifies that the packaging meets requirements | Ordinary Cardboard Boxes Passed Off as Dangerous Goods Packaging |
| SoC Certificate | Certifies that the state of charge meets requirements | No batch records |
| Product images/label images | For identification by airlines and security screening | No lithium battery labels or orientation marks on the outer packaging |
If the customer cannot provide UN38.3, SDS, or battery specifications, do not quote the shipment as shippable at this time. You may provide a price range in your quote, but actual shipment must await document review.
Air Freight Process for Energy Storage Products
| Stage | Action | Responsible Party | Risk Points |
| 1. Product Identification | Determine battery type, capacity, and installation method | Seller/Manufacturer/Freight Forwarder | Ambiguous product description |
| 2. Document Review | UN 38.3, SDS, Specifications, Packaging Information | Dangerous Goods Handling/Airlines | Model Number Mismatch |
| 3. Airline Confirmation | Confirm acceptance and passenger/cargo aircraft restrictions | Freight Forwarder/Airline/GSA | Airline operator variation |
| 4. Packaging Preparation | Short-circuit protection, impact resistance, labeling, quantity limits | Manufacturer/Dangerous Goods Packer | Standard container or consolidated shipment |
| 5. Booking Declaration | Correct UN Number, DGD, AWB Remarks | Freight Forwarder/Dangerous Goods Declarant | Declaration errors |
| 6. Warehouse Drop-off and Security Screening | Dangerous Goods Acceptance Inspection | GHA/Security/Airline | Discrepancies Between Labels, Documents, and Actual Cargo |
| 7. Loading and Transportation | In accordance with CAO/passenger aircraft regulations and load planning requirements | Airline | Load Limits or Cargo Offloading |
| 8. Customs clearance at the destination port | Product clearance, tariff rates, and regulatory requirements | Consignee/Customs Broker | Battery Compliance and Market Certification |
Air freight costs for energy storage products are typically higher than for general cargo. These costs include not only weight-based charges but also expenses related to dangerous goods handling, specialized packaging, document review, airline restrictions, warehouse pickup and delivery, security screening, and potential rerouting costs.
Information Collection Form for Energy Storage Product Quotes
When receiving an inquiry about energy storage products, do not quote a price immediately. First, have the customer clearly fill out the following information.
| Information | Why It’s Important | Information Required from the Client |
| Battery Type | Lithium-ion, lithium-metal, and sodium-ion batteries have different regulations | Cell/Battery Specifications |
| Packaging Method | Individual battery, with accompanying equipment, or installed in equipment | Product and Packaging Photos |
| Capacity Parameters | Wh, Ah, Voltage-Determined Limits | Rated Capacity and Nameplate |
| SoC | State of Charge (SoC) Requirements for Air Transport | Batch SoC Records |
| UN38.3 | Basic Documentation for Transport Testing | Test Summary and Model |
| SDS | Safety Information and Hazard Statements | Latest SDS |
| Outer Box Dimensions and Weight | Determining Billing and Packaging Restrictions | Dimensions per box, gross weight, and quantity |
| Destination Country | Market access requirements may vary | Consignee and customs clearance information |
If a customer simply asks, “How much does it cost to ship 500 kg of ‘outdoor power supplies’ to the U.S.?” this inquiry is incomplete. Without details on the batteries—such as capacity, UN number, and packaging method—any specific price quote would be irresponsible.
Why Airlines Reject Energy Storage Shipments
Many sellers view airlines’ refusal to accept shipments as “unreasonable,” but in reality, the common reasons are quite specific.
| Reasons for Refusal | Explanation |
| UN 38.3 Model Mismatch | The model listed in the report differs from the one on the product nameplate |
| SDS is outdated or contains incomplete information | Unable to determine hazardous properties |
| SoC does not meet requirements | Lithium batteries, especially when shipped individually, are particularly sensitive |
| Packaging does not comply | Terminals unprotected, inner packaging unstable, outer carton insufficiently strong |
| Incorrect labeling | Inconsistencies in lithium battery markings, dangerous goods labels, and CAO labels |
| Airline refuses to accept this type of cargo | Variations among carriers |
| Transit station restrictions | Transit airports do not accept certain types of dangerous goods |
Therefore, do not wait until close to the cutoff time to drop off energy storage products at the warehouse. For dangerous goods shipments, allow sufficient time for document review, packaging verification, and airline confirmation. The more rushed the process, the more likely errors are to occur.
Don’t forget about market access requirements in the destination country
Transportation compliance only addresses “whether it can be shipped,” not “whether it can be sold.” When shipping energy storage products to markets such as the U.S., the EU, and Australia, additional requirements may apply, including electrical safety, energy efficiency, FCC/CE and UL/IEC standards, recycling, battery labeling, and platform audits.
| Market Considerations | Key Considerations |
| Sales in the U.S. | FCC, CPSC, electrical safety, and potential UL requirements for e-commerce platforms |
| Sales in the EU | CE, RoHS, REACH, Battery Regulations, WEEE/EPR |
| Sales in Australia | Electrical safety and plug standards, local certification requirements |
| Platform Sales | Amazon, Temu, and TikTok Shop may require test reports |
If sellers only address shipping and neglect compliance requirements for listing, goods may arrive at the warehouse without issue but may not be listed or may be removed from the platform.
Key Points for Packaging and Labeling of Energy Storage Products
Packaging is not simply a matter of using thicker cardboard boxes at the warehouse. Packaging for energy storage products must simultaneously meet requirements for transport safety, short-circuit protection, identification, and operation.
| Packaging/Labeling Key Points | Practical Guidelines |
| Short-Circuit Protection | Battery terminals must be protected and must not come into contact with conductive materials |
| Prevent Movement | Inner packaging must be secured to prevent impact during transport |
| Outer Box Strength | Do not use cardboard boxes that are flimsy, damaged, or reused for unknown purposes |
| Label consistency | UN numbers, lithium battery markings, CAO, etc., must match the declaration |
| Directional Markings | For liquid-cooled or specially designed equipment, determine whether directional markings are required |
| Batch Traceability | The outer carton, packing list, and test data should ideally correspond to the batch |
Some customers may ask if it is possible to “remove the batteries and ship only the casing.” This depends on the product’s design and commercial purpose. If the product genuinely does not contain batteries, the documentation, labels, product description, invoice, and actual goods must all match; if the name is changed solely to circumvent regulations, the risk is even greater.
Bottom Line for Sales Order Acceptance
Red lines must be established for energy storage products:
- Without UN38.3 certification, do not confirm a quote based on air freight rates;
- Without an SDS and specifications, do not confirm the dangerous goods shipping route;
- If the customer refuses to disclose the battery capacity, do not accept rush orders;
- If the model numbers on the actual goods and documentation do not match, do not hand them over to the airline;
- We will not accept orders where the customer requests a change in product description or misrepresents the battery.
In dangerous goods transportation, the greatest cost isn’t refusing a shipment—it’s accepting one that shouldn’t have been accepted.
For sales representatives, rejecting shipments with incomplete documentation is not a lack of cooperation with the customer—it is a way of protecting the customer. This is because once dangerous goods are misdeclared, the impact extends beyond just that single shipment; it can also affect the account, relationships with airlines, warehouse certifications, and the stability of future shipping channels.
Air Freight or Ocean Freight: How to Decide
| Scenario | Recommended Approach | Reason |
| Small-capacity battery-powered devices with complete documentation | Consider air freight | Prioritize delivery time |
| Large-capacity outdoor power supplies | Prioritize evaluation of sea freight, rail, etc. | Air freight has many restrictions and is costly |
| Bulk shipments of individual batteries | Carefully evaluate dangerous goods on cargo aircraft | Passenger aircraft have restrictions and low carrier acceptance |
| Urgent samples | Dangerous goods air freight channels can be sought | But documentation must be complete |
| FBA Bulk Restocking | Sea freight is generally more reliable | Costs and compliance are manageable |
If air freight charges are based on chargeable weight, you can first use OneCargoKit’s Chargeable Weight Calculator to calculate gross weight and volumetric weight; if switching to full container load (FCL) ocean freight, you can use the Container Loading Calculator to estimate container loading.
Common Misconceptions
- Misconception 1: Battery-powered products are treated as general cargo.
Battery-powered does not automatically mean general cargo. It depends on the battery type, capacity, installation method, and carrier regulations.
- Misconception 2: Having an MSDS means the goods can be shipped by air.
An MSDS is just one piece of documentation; it cannot replace compliance with UN 38.3, DGD, packaging requirements, or airline approval.
- Misconception 3: If it’s been shipped before, it will definitely be accepted this time.
Airline regulations, IATA DGR, national differences, and operational standards are all subject to change.
- Misconception 4: SoC is merely a recommendation.
The relevant regulations for 2026 impose stricter requirements on the state of charge (SoC) of lithium-ion batteries; the specific scope of application must be confirmed according to the latest IATA regulations.
- Misconception 5: Changing the product name will reduce the risk.
Incorrectly declaring dangerous goods poses a serious risk; you cannot circumvent this by using vague descriptions.
Pre-shipment Checklist
- [ ] Is the product a standalone battery, packaged with equipment, or installed inside equipment?
- [ ] Have you verified the UN number and packaging instructions?
- [ ] Is there a UN 38.3 test summary, and does the model number match?
- [ ] Is there a valid SDS/MSDS and battery specification sheet?
- [ ] Have the SoC, Wh, Ah, voltage, and quantity been verified?
- [ ] Is a DGD and specialized dangerous goods declaration required?
- [ ] Is the packaging short-circuit-proof, secure against movement, and damage-resistant?
- [ ] Are the outer carton labels, lithium battery markings, and CAO labels correct?
- [ ] Has the airline confirmed acceptance of this type of cargo?
- [ ] Are there any electronic, battery, recycling, or product safety requirements in the destination country?
Key Takeaways
The key to air freighting energy storage products is not “finding the cheapest option,” but first determining whether the shipment can be transported in compliance with regulations. Lithium batteries and energy storage equipment are, by nature, classified as dangerous goods; transportation documentation, packaging, SoC, UN numbers, airline approvals, security screening, and destination country entry requirements are all essential.
Cross-border sellers should adopt the following practice: for any product containing a battery, prepare a battery data package first; for products with relatively high capacity, assess air freight feasibility first; and for bulk shipments of energy storage products, do not quote them as ordinary electronic goods.
This article is intended as industry knowledge and a practical reference; it does not constitute advice on dangerous goods transportation, aviation safety, or legal matters. For the transportation of energy storage products, please refer to IATA DGR, ICAO Technical Instructions, PHMSA/FAA regulations, carrier rules, and the advice of dangerous goods professionals.
References and Further Reading