I. Certification Traps Specific to Energy Storage Exports
Among scams involving the export of energy storage components, certification traps have been the most common in recent years. Fraudsters target energy storage companies that are preparing to enter overseas markets but are stalled at the certification stage. The scheme works like this: an overseas buyer dangles a massive order (e.g., an initial 50 MWh followed by 2 GWh) and cites strict market entry requirements (such as the UL9540A full-cabinet burn test).
They then offer to “handle the certification,” claiming they can use a local firm to guarantee approval and roll the cost into the total product price—a seemingly win-win arrangement.
However, the trap lies in the details: they avoid finalizing the equipment purchase contract, focusing instead on certification. They pressure you to sign a separate certification contract with an agency of their choosing and to wire the certification fees upfront (one factory was swindled out of $400,000 this way), all while omitting any completion deadline from the contract.
Their sole objective from the start is the certification fee, not the purchase of your equipment. Prevention: Do not trust promises of “guaranteed certification” or verbal commitments regarding huge orders.
Insist on standard procedures—if they promise to handle certification, require an equipment down payment before arranging it, or handle the certification in-house by hiring qualified personnel. Treat any “massive order” that lacks a formal contract and an upfront payment as illegitimate.
II.
Fake Orders and Impersonated Buyers
Fake orders and impersonated buyers are major problem areas in scams involving energy storage component exports.
“High-quality orders” flagged by SINOSURE (China Export & Credit Insurance Corporation): The buyer appeared legitimate—established nearly a decade ago, with assets exceeding 10 million, and smooth negotiations—yet they simultaneously requested credit insurance coverage from suppliers across multiple regions for a wide, unrelated range of goods. Despite having no prior transaction history, they showed great enthusiasm, demanded urgent shipment, and proactively suggested insurance and provided financial statements. Investigations revealed the entity was a one-person company with a non-local actual controller who was unreachable.
Thanks to SINOSURE’s alerts, nearly ten enterprises avoided losses totaling over $10 million. A more covert form of impersonation involves meeting at a trade show and using a company name that closely mimics a real one (e.g., “XXX INC” vs. “XXX, INC.”—a difference of just one punctuation mark; the shell company was registered right before the contract signing).
By offering a nearly 20% down payment, they secured total trust, transforming what seemed like a premium client into a shell company. Prevention strategies: Cross-verify new buyers through multiple channels (on-site inspections, chambers of commerce, banks, other suppliers, SINOSURE credit reports, and credit risk “traffic light” indicators); compare registered names, addresses, email domains, tax IDs, and other details;
and be wary of red flags such as recent incorporation, non-official email suffixes, changes in actual controllers, and demands for urgent shipment. Always start with small orders for new buyers and ship only after receiving payment for the first order.
III.
Fraudulent Letters of Credit and Payment Scams
In the export trade of energy storage components, fraudulent Letters of Credit (LCs) and Business Email Compromise (BEC) scams during the payment stage are the most devastating. Four ways to verify an LC: First, examine the SWIFT message—legitimate LCs are issued via the SWIFT system and carry a SWIFT 700 code; the advising bank verifies the authentication key, exposing fakes immediately. Second, check the issuing bank—verify if the SWIFT code actually exists and if the bank has an international credit rating; scammers often use non-existent or shell banks. Third, review the terms—fraudulent LCs often contain contradictory clauses, irregular formatting, and obvious spelling errors. Fourth, check the notification method—legitimate LCs are advised through banking channels; be suspicious if the seller sends the LC PDF directly to you, and always verify it through your own bank.
BEC (Business Email Compromise) scams (FBI reported $2.9 billion in losses in 2023): Hackers compromise your or the buyer’s email, monitor transactions, and then send instructions to “change the payment account” from a nearly identical email address (differing by only one character), causing funds to be transferred to the scammer’s account.
Prevention: Always verify any bank account changes by calling back using the phone number on file (secondary phone confirmation); never rely solely on email confirmation. Be wary of “urgent/CEO-level” pressure tactics and attempts to bypass standard approval processes.
Overpayment scams: The scammer transfers excess funds and asks for the difference back; always confirm the funds have fully cleared before issuing a refund. Triangular fraud: Goods are shipped to a third party while the buyer disappears.
IV.
Lithium Battery Product Degradation and BMS/Certification Fraud
Foreign trade scams involving energy storage components also occur at the product level—selling Grade B cells at Grade A prices, inflating BMS specifications, using counterfeit brand labels, and forging certifications.
Industry estimates suggest that 15%–25% of buyers purchasing lithium batteries on platforms for the first time encounter quality issues or fraud.
Common tactics include: passing off Grade B or scrapped (retired EV) cells as branded Grade A cells (with capacities 10%–20% lower than rated); inflating BMS specifications (advertising features like Bluetooth monitoring, CAN communication, or active balancing while shipping stripped-down hardware); relabeling cells from unknown manufacturers as CATL or EVE (cylindrical cells are difficult to distinguish by eye); low-price bait-and-switch tactics (quoting $0.08/Wh, then claiming a pricing error and demanding a 30%–50% price hike or shipping a reduced quantity); and forging or misappropriating CE, UL, or UN38.3 certificates.
Red flags (walk away if two or more apply): prices more than 40% below market rates; lack of platform trade assurance; use of stock factory photos; refusal to provide samples; requests for payment via Western Union, personal accounts, or off-platform channels; lack of export licenses or international shipping records; vague answers to technical questions; and absence of a physical address or inability to verify business registration.
Prevention methods: Require actual capacity testing and BMS functionality verification for sample orders; independently verify certifications (check the issuing body’s official website for CE, UL, or UN38.3); check shipping history via export data platforms; conduct real-time video tours of the production line;
and use platform-guaranteed transactions.
V. General Anti-Fraud Rules
How can you prevent scams involving the export of energy storage components?
Follow these general rules.
Payment rules: Ship only after receiving payment for initial transactions, or secure a high percentage of the payment upfront with written confirmation for the balance; scrutinize the source of funds after the first payment (be alert for forged bank slips, discrepancies between the payer and the trading partner, or abnormal payment routes); and retain written confirmation from the buyer if shipping to a third party.
Identity verification: Before accepting a “well-known company” as a buyer, verify the contact person’s identity and authorization with the headquarters or official website (fake email addresses often closely resemble genuine domains); check company registration and physical addresses (via satellite imagery or on-site visits) as well as the backgrounds of key personnel; and request business registration and legal representative documents—legitimate buyers will not refuse these requests.
Process rules: Start with small trial orders (e.g., $1,000–$5,000, fully prepaid); insist on formal contracts and invoices; use internationally recognized independent inspection agencies (reject inspection companies designated by the buyer); and avoid accepting Open Account (O/A) terms—companies in places like Uganda often impersonate legitimate entities to secure goods on credit and then fail to pay.
Incident response: Notify the bank within 24 hours of the transfer to attempt a recall; report the incident to commerce authorities, the Economic and Commercial Office of the embassy, SINOSURE, and anti-fraud agencies in the destination country (e.g., the US FTC or UK Action Fraud); and arrange for the return or local resale of goods if they have not yet been collected.
Remember this anti-fraud mantra: Don’t rush to identify buyers; cross-verify through multiple channels; control risk with small initial orders;
and maintain vigilance and control over the goods throughout the process.
Conclusion
How can you prevent scams involving the export of energy storage components?
Master the five critical checkpoints: certification, identity, payment, product, and discipline. Beware of certification traps where you are asked to pay equipment deposits before certification is even discussed. Guard against fake orders and buyer impersonation by using multi-channel cross-verification and starting with small initial orders. For Letters of Credit, verify SWIFT authentication codes and the issuing bank; always confirm account changes via telephone. For lithium battery products, conduct independent sample testing of capacity and BMS, independently verify certifications, and reject suspiciously low-price offers (red flags).
Adhere to a “ship-after-payment” policy, avoid extending credit lightly, and utilize independent international inspection services. Massive orders don’t just fall from the sky—while you are eyeing a “2GWh pie,” scammers are eyeing your deposits and certification fees.
By employing multi-channel verification, placing small trial orders, and strictly controlling payment terms, you can avoid falling victim to scams in the export of energy storage components.
