Last updated: October 24, 2026
Technical contact: Hüseyin ÇOKAL, Electrical and Electronics Engineer. Content updated: October 24, 2026.
What changed: Service scope, report outputs, official sources, pre-proposal information and technical transparency notes were reviewed for the current period.
Bursa Battery Periodic Inspection Summary
- Identify the cells, blocks and strings included in the inspection
- Record findings, measurement conditions and comparisons with earlier results
- Separate condition screening from capacity or autonomy testing
- Plan critical-load backup, test windows and recharge arrangements
- Report completed work, exclusions and further assessment needs
Technical contact and professional information
Bursa Battery Periodic Inspection Scope
An inspection plan starts with the battery group’s purpose and the loads it supplies. A UPS string, a rectifier-backed control supply and a safety-system battery may require different examinations and test arrangements. A fixed measurement list cannot define every system’s needs.
Identify the battery group
Record chemistry, manufacturer and model, nominal data, cell or block counts, string configuration and installation date where known. Different chemistries, ages and connection arrangements are not assumed to share one test method or interpretation.
UPS or rectifier information and the connected circuits also affect scope. Examining a fire-panel battery or generator starting battery does not establish that every function of the connected system has been inspected.
Review documents and the required outcome
Useful inputs include nameplate photographs, a battery inventory, connection drawings, manufacturer instructions and earlier test and maintenance records. Explain the reason for inspection, recent alarms, required backup duty and loads that must remain supplied.
Clarify whether the request concerns condition screening, investigation of a particular fault or a measured capacity result. This distinction affects the method, time on site and preparations needed.
Plan safe work and continuity of supply
A battery can retain hazardous energy when the mains supply is off. Access, possible automatic operation, connected sources and work permissions must be reviewed with the facility’s responsible staff. This page is not a procedure for disconnecting conductors or making energized measurements.
Before discharge testing or work that takes the group out of service, plan how critical loads will be supplied and account for reduced backup reserve during discharge and recharge. Record the checks needed to confirm recharge and return to the agreed duty.
Record visible condition and surroundings
Record accessible damage, swelling, leakage, corrosion, heat marks and connection or support findings. Interpret the surroundings against the battery type and manufacturer conditions; external appearance alone does not establish the complete internal condition.
State the limits of observations in battery rooms or charging areas. Gas, chemical, fire and mechanical risks may require additional specialist assessment and measurements beyond the agreed electrical inspection.
Distinguish voltage and impedance measurements
Select measurements using the battery and charger instructions; record operating or charging state, temperature, instrument, method and measurement point. If ripple assessment is included, identify whether voltage or current is measured, the AC value convention (for example RMS or peak-to-peak), and relevant frequency/bandwidth; compare against the applicable manufacturer conditions. A terminal-voltage or ripple reading alone is not a capacity test.
Where resistance, impedance or conductance is used, define the method and reference data. Readings from different instruments or conditions are not automatically interchangeable, and one reading does not provide a definite remaining-life calculation.
| Record | Information provided | Not established on its own |
|---|---|---|
| Visual inspection | Findings on accessible surfaces and connections | Complete electrical condition of every cell |
| Voltage | Electrical value under the recorded conditions | Available capacity or autonomy |
| Impedance/conductance | A method-specific condition indicator and comparison | A direct capacity result |
| Planned discharge test | Result at the applied load and endpoint conditions | Identical performance in every future outage |
Plan capacity and autonomy testing separately
To measure capacity or backup duration, define the load, duration, endpoint, starting charge condition and recording method. Record the treatment of temperature and the model’s reference performance data, using both battery and connected-system instructions.
The report states the applied conditions and actual result. If a facility cannot permit a capacity test, it must not be reported as completed. Record why it was not performed and any further testing needed.
Interpret trends and replacement needs
Compare earlier results using the same group identity, method and sufficiently comparable conditions. Without a history, a new measurement may establish a baseline. Calendar age or design life alone does not establish available capacity in the installed group.
Explain replacement recommendations through observed damage, applicable tests, manufacturer criteria and the operating duty. Cell or group replacement creates installation and return-to-service work that needs a separate scope.
Define reporting and follow-up
The report should identify the group, date, method, instruments and calibration information, conditions, results, access limits and tests not performed. Capacity is reported as a measured result only when the relevant test was actually carried out.
For a statutory periodic examination, confirm the applicable equipment category, current criteria, inspector authorization and registration, and contract requirements before the service. A maintenance invoice or general measurement sheet does not complete those requirements by itself.
Separate inspection from servicing
Terminal work, cleaning, charging adjustments, replacement and UPS or rectifier repairs are separate from recording inspection findings. Condition screening alone does not mean that these service tasks have been performed.
Battery inspection can be coordinated with generator periodic inspection and Bursa grounding inspection. Each equipment category retains its method, authorization boundaries and report; a shared visit does not approve the entire power chain through one test.
Agree the visit and proposal
Group and cell/block quantities, layout, access, requested tests and critical-load arrangements affect the proposal. Identify which visual checks, condition measurements, capacity tests and maintenance tasks are included.
From our Bursa base, we coordinate field services across Türkiye, 365 days a year and 24 hours a day. The visit and test window are agreed around the facility’s operating arrangements, with completed work and open follow-up recorded separately.
Reporting, Inspection and Proposal Preparation
Battery Measurement and Test Records
Condition screening and capacity testing are different; tests not performed must be recorded as such.
| Review area | Assessment | Recorded output |
|---|---|---|
| Battery inventory | Type, nominal values, cell/block counts and previous records | Identified string and missing information |
| Visible condition and surroundings | Swelling, leakage, connections, access and ventilation findings | Observed condition and inspection limitations |
| Voltage and charging | Applicable measurements considered with manufacturer information | Values and measurement conditions |
| Resistance/impedance | Cell comparisons and trends against previous records | Suspect cells and further test needs; no standalone capacity conclusion |
| Planned discharge test | Where required: load, duration, manufacturer limits and backup supply | Test conditions and results, or reason the test was not performed |
Work Separate from Battery Examination
Agree testing around critical loads and backup power availability.
| Review area | Assessment | Recorded output |
|---|---|---|
| Planned capacity/autonomy testing | Requires a load and duration plan beyond condition measurements | State inclusion, backup supply and recharge arrangements |
| Battery replacement or servicing | Adds materials, installation and return-to-service work | Report recommendations; specify implementation separately |
| UPS/rectifier repairs | Battery examination is not a service inspection of every device function | Separate any device repair or other equipment work |
Pow-Sys technical report template
Blank template — not a completed report. No customer information or measurement results are included.
| Heading | Record to be completed |
|---|---|
| Scope | [Areas, equipment and documents examined] |
| Method | [Applicable criteria, instruments and calibration information] |
| Finding | [Observed condition and supporting record] |
| Measurement | [Result, unit, method and report reference, if measured] |
| Assessment | [Applicable criterion and conclusion of the authorised inspector] |
Technical and Regulatory Sources
- Turkish Ministry of Labour — Work Equipment Regulation update
Claim supported on this page: Ministry announcement dated 24 December 2025 summarizing changes to Annex III scope, authorized persons, ISG-KATIP contracts and equipment-specific report/criteria publications.
- CSB — VRLA-AGM battery user manual (REV JUNE2025)
Claim supported on this page: Manufacturer example of charging/temperature, maintenance and capacity-test conditions for the listed CSB VRLA-AGM models; the installed model’s instructions and applicable regulations remain separate requirements.
Frequently Asked Questions
Does impedance measure battery capacity?
Not on its own. Impedance or conductance may support condition assessment; a measured capacity or autonomy result requires a separate test with defined conditions.
What information is needed for a proposal?
Provide battery type and model, cell/block and group counts, nominal data, UPS or rectifier details, critical loads, previous reports and access conditions.
How are critical loads considered during testing?
Agree the test window, alternative supply, time out of service and return-to-duty arrangements with the facility. Do not assume every test is possible before those preparations are in place.
Does battery inspection include UPS servicing?
The proposal identifies the battery and connected-system boundary. UPS/rectifier repair, charging adjustments, cleaning and replacement are separate unless expressly included.
When should a battery be replaced?
Use manufacturer criteria, visible findings, test results and operating requirements. One age, resistance value or replacement date cannot apply to every chemistry and installation.
How are inspection intervals and report requirements determined?
Review the equipment’s applicable current requirements, manufacturer conditions, use and previous findings. For a statutory examination, confirm authorization, registration and contract conditions before the work.
Can the battery group return to duty immediately after a capacity test?
Plan recharge and availability around the connected loads and the manufacturer’s return-to-duty conditions. Finishing the test alone does not establish readiness for the required backup duty.
What affects the price of a battery inspection in Bursa?
Group and cell/block quantities, layout, access, condition or capacity test requirements, the test window and reporting scope affect the proposal. Maintenance and materials are identified separately.