Two-Wheeler Battery Swap Station Commissioning Checklist: From Site Handover to First Rider Swap

Before a two-wheeler battery swap station opens to riders, it needs more than a power-on test. The site, cabinet, batteries, rider flow, and operations platform must work together—and the local team must know what happens when a swap fails, the connection drops, or an alarm is raised. This checklist covers the checks, records, and sign-offs needed before go-live. At HelloSwap, we build integrated swap systems for reliable day-to-day operation.

1. Complete the Site Handover

Start by assigning a commissioning lead. This person coordinates the site host, installer, electrical contractor, operations team, and equipment supplier, while maintaining one record of test results and open issues.

Before power is applied, confirm that the installed station matches the approved layout and can be accessed safely by riders, technicians, and emergency responders.

Record installation defects for closeout. Safety-critical issues, including incomplete electrical work, damaged equipment, inadequate access, or missing emergency arrangements, must be resolved before commercial launch.

2. Check Power, Protection, and Connectivity

Electrical and communications checks should be completed by qualified personnel in line with the approved design, local requirements, and equipment documentation.

Before energizing the station, confirm that:

• The incoming supply matches the approved cabinet configuration.

• Dedicated circuits, protective devices, cables, isolators, and labels are correctly installed.

• Earthing and bonding tests have been completed and recorded.

• There is no visible cable damage, loose termination, water ingress, or exposed conductive part.

• The emergency isolation point is identified and understood by the responsible site team.

• Mobile network and/or Wi-Fi signal is stable where the cabinet is installed.

Confirm that the cabinet establishes and maintains a connection to the operations platform under the correct station identity. Record any connection loss, unstable signal, or configuration issue before functional testing begins.

3. Test Every Bay and Battery Workflow

Once the cabinet is energized and connected to the platform, confirm that its controllers and relevant modules are running the approved production firmware version. Then test each bay with approved batteries and authorized test accounts. Use the table below to record the result against each pass criterion.

Where the operating model allows, repeat the relevant tests with batteries at representative states of charge.

4. Run the Rider Journey End to End

The rider test should reflect the planned launch model, including the intended vehicle, battery, rider account, app or access method, and payment rules. A technician completing a manual test is not a substitute for a rider completing the normal journey independently.

Run and record the following sequence:

1. Rider registration or account authentication.

2. Station selection or discovery in the rider app, where applicable.

3. QR-code scan, NFC, Bluetooth, or other approved swap initiation.

4. Return of an eligible depleted battery.

5. Release and collection of an eligible charged battery.

6. Vehicle power-on and basic compatibility check.

7. Transaction completion, rider notification, and account update.

8. Accurate updates to battery inventory, payment records, and the operations dashboard.

If the business model uses subscriptions, deposits, credit limits, late-return rules, or pay-per-swap billing, test these conditions before opening the station. Back-office configuration alone does not prove that commercial rules work correctly in the live environment.

5. Test Exceptions and Recovery

Commissioning should also cover situations that interrupt a normal swap or require the station to protect a battery, bay, or rider.

Test the following scenarios:

• An unauthorized or incompatible battery is inserted.

• A rider begins a transaction but does not complete the return process.

• A bay door fails to close, lock, or report its status.

• A battery is present but cannot charge or cannot be released.

• Network connectivity is lost before or during a transaction.

• Site power is interrupted and restored.

• The station has insufficient eligible charged batteries.

• An alarm is received from a fitted temperature, smoke, tamper, or other safety-monitoring device.

• A rider requests support during an incomplete transaction.

Note: Use only manufacturer-approved methods or safe simulations when testing the system's response to an unauthorized, incompatible, or abnormal battery, or to a safety-related alarm. Any action to stop charging, isolate a bay, or disconnect power must follow the approved site design and equipment configuration.

For each scenario, record the following:

Keep an emergency reference at the site with contact numbers, the station address, cabinet identification, isolation procedure, and the rule for when a cabinet or bay must remain unavailable until inspection is complete.

6. Approve Go-Live and Monitor the First Week

Go-live should be a documented decision, not an informal conclusion that the station appears ready. Before the first commercial swap, review the commissioning record with the relevant project, operations, and site stakeholders.

The final package should include:

• Station location, cabinet model, and equipment serial numbers

• Installation, electrical, connectivity, and platform-test records

• Bay-by-bay functional test results

• Rider journey and commercial-rule test results

• Exception-test results, open issues, assigned owners, and closure plans

• Initial battery inventory and replenishment responsibility

• Emergency contacts and operating escalation process

• Go-live approval from relevant stakeholders

Treat the first seven days as a stabilization period. Review swap success rate, battery availability, charging progress, door faults, network stability, alarm history, rider-support requests, and abnormal battery events daily.

Use this review to identify repeatable issues early, before they are carried into the next station deployment.

Build Your Swap Network With HelloSwap

HelloSwap develops integrated batteries, smart swap cabinets, vehicle controllers, and software tools for two-wheeler battery swapping networks. These components connect battery identity, cabinet status, vehicle compatibility, rider access, and operational data.

If you are planning a pilot or multi-site rollout, contact HelloSwap to discuss equipment configuration, vehicle and battery compatibility, and the commissioning requirements your local installation and operations teams should prepare for.