Solar Street Light Southeast Asia — TISI/BPS/SNI/DJK/QCVN/SIRIM/TKDN Certification & Standards Compliance Engineering for Thailand Philippines Indonesia Vietnam Malaysia

By Linda Zhang, Senior Export Manager, SUNDE Lighting  |  Published 24 October 2026  |  Certification & Standards Compliance Engineering

Southeast Asia is no longer a single certification problem solved by a CE mark and a good attitude. Five national regimes now sit between a factory and a purchase order: TISI licensing in Thailand, BPS clearance in the Philippines, the SNI, DJK and TKDN trio in Indonesia, QCVN and TCVN conformity in Vietnam, and SIRIM plus the Suruhanjaya Tenaga Certificate of Approval in Malaysia. Each accepts IEC 61215, IEC 61730 and IEC 60598 evidence, but none accepts the others' paperwork. This guide maps every national requirement back to the IEC standard that generates the test data and shows how one frozen solar street light platform can be engineered once and certified five times.

Written by Linda Zhang, Senior Export Manager at SUNDE Lighting. With 15 years experience in LED lighting and rich experience of 50+ government projects across Asia, Africa, the Middle East, and Latin America, Linda leads the SUNDE Export Team in helping international tier-1 lighting brands and EPC contractors navigate multi-country certification landscapes.

Table of Contents

1. Market Overview — ASEAN Solar Street Lighting and the Regulatory Drivers

2. Certification Landscape Overview — Five Regimes Side by Side

3. Thailand — TISI, TIS 1955-2551 and TIS 2343-2561

4. Philippines — BPS DAO 02:2008 and the PNS IEC Family

5. Indonesia — The SNI, DJK and TKDN Trifecta

6. Vietnam — QCVN 32:2024/BXD and TCVN 9301:2012

7. Malaysia — SIRIM, MS IEC 60598, MS 2583 and the ST COA

8. IEC-to-National Standard Cross-Reference Matrix

9. Testing and Documentation Workflow

10. OEM/ODM Certification Strategy

11. Five Common Compliance Pitfalls

12. Future Trends 2027–2028

13. Project Cases

14. Frequently Asked Questions

15. Next Step — Building Your Five-Country Compliance Plan

4. Market Overview — ASEAN Solar Street Lighting and the Regulatory Drivers

Southeast Asia's street lighting load is a small share of national electricity consumption but a large share of municipal electricity budgets, because legacy high-pressure sodium and mercury fittings run at low efficacy with poor switching discipline. That arithmetic, not climate enthusiasm, moved solar street lighting from donor-funded pilots into routine public works procurement. Indonesia's regencies, the Philippines' local government units, Thailand's tessaban and provincial administrations, Vietnam's transport departments and Malaysia's local councils all buy street lighting through annual budgets, and all have been told to reduce energy intensity.

Policy supports the demand. The ASEAN Plan of Action for Energy Cooperation sets regional energy intensity targets that member states translate into national programmes: Thailand's Alternative Energy Development Plan, the Philippines' National Renewable Energy Program, Indonesia's National Energy Policy, Vietnam's Power Development Plan VIII and Malaysia's National Energy Transition Roadmap. Each creates the budget line a municipal engineer draws on when a grid extension costs more per kilometre than a standalone unit. Industry estimates put the ASEAN solar street lighting segment at USD 380 to 450 million in 2025, growing 12 to 16 percent compound annually through 2028, with Indonesia and the Philippines carrying unit volume and Thailand and Malaysia carrying higher average selling prices.

What changed after 2023 is enforcement. Customs authorities in all five markets now screen for conformity documents at declaration rather than at installation, and a tender naming a national standard requires the certificate before the bid is evaluated. Certification has moved from a post-order administrative task to a pre-order engineering task, which changes what a buyer should ask a supplier on the first call.

For buyers, the consequence is that specification and compliance must be designed together. A product that wins on lumen output and loses on TISI licence scope is not cheaper; it is a delayed project. The SUNDE solar street light platform is engineered around that coupling. Readers working on control electronics should pair this article with our R6 engineering guide on IoT and MPPT behaviour in tropical Southeast Asia.

5. Certification Landscape Overview — Five Regimes Side by Side

The five regimes differ less in the standards they reference than in who holds the certificate, what a certificate covers, and whether conformity is verified once per model or once per shipment. Those three variables determine your timeline far more than the test methods do.

6. Thailand — TISI, TIS 1955-2551 and TIS 2343-2561

Thailand is the most procedurally formal of the five markets and the one where documentation discipline is tested hardest, because the licence is anchored to the factory rather than the shipment. The Thai Industrial Standards Institute administers compulsory standards through licensing: a product in a compulsory category cannot be produced, imported or sold without a TISI licence and the TIS mark.

TIS 1955-2551 — the luminaire safety standard

TIS 1955-2551 is Thailand's adoption of IEC 60598-1 and governs the complete fitting: protection against electric shock, wiring, earthing continuity, resistance to dust and moisture, thermal behaviour, resistance to heat and fire, and creepage and clearance distances. A solar street light is assessed slightly differently from a mains luminaire because the input is a DC source, but the safety philosophy is unchanged: no accessible live part, no thermal hazard, no failure mode that exposes a technician to shock or burn.

Three clauses absorb most of the attention. Clause 12 on moisture resistance carries added weight in a market with 2,000 mm of annual rainfall, so the IP declaration needs an IEC 60529 report rather than a design claim. Clause 13 on insulation resistance and electric strength becomes a battery-architecture question, because the test checks isolation between the DC circuit and accessible metal. Clause 4 on construction is where the argument happens: battery compartment, driver cavity and junction box must each be serviceable without breaking the seal on the others.

TIS 2343-2561 — the LED module standard

TIS 2343-2561 addresses the LED module rather than the luminaire, and it is the standard most often skipped by suppliers who assume the luminaire certificate covers everything. It sets performance and safety requirements for the light source package: electrical characteristics, photometric consistency, colour rendering, lumen maintenance and the thermal conditions under which declared values are valid. A module rated at 150 lm/W on a 25 °C heat sink will not deliver that inside a sealed housing at midday in Chonburi, so we test the module in the final housing geometry, which removes the most common cause of a Thai re-test.

The TISI application process

A licence application is filed against a specific standard and product family with a technical file containing the model list, circuit diagrams, BOM, rated data, photometric files and label artwork. TISI then schedules a factory inspection covering the quality management system, incoming inspection records, production and testing equipment, calibration status and the factory's routine test capability. Samples are tested at a TISI-accredited laboratory, and on success the licence is issued with a number that must appear beside the TIS mark on the label.

Two details catch first-time applicants. The inspection is not a paperwork review; inspectors look for functioning test equipment and records proving it is used on every batch, which is why our production lines run a documented routine test with 100% product testing. And the licence is model-family based, so the family definition must be drafted before the first application: too narrow multiplies future filings, too broad invites a scope reduction.

A well-prepared Thai programme runs 16 to 22 weeks: four to six weeks of laboratory work, four to eight weeks of TISI scheduling, and four to six weeks for licence issuance. The importer must hold the licence or operate under the manufacturer's licence with documented authorisation.

7. Philippines — BPS DAO 02:2008 and the PNS IEC Family

The Philippine model is the most fragmented of the five, because it splits conformity into a model-level approval and a shipment-level clearance, both under the Bureau of Philippine Standards at the Department of Trade and Industry. Understanding that split is the difference between a clean release and a container sitting in Manila for three weeks.

What DAO 02:2008 actually does

Department Administrative Order 02, series of 2008, establishes the list of electrical products subject to mandatory certification and the two routes that follow. Products manufactured locally are certified under the PS Quality Certification Mark, with factory audit and surveillance. Imported products clear through the Import Commodity Clearance, an ICC sticker applied per shipment once BPS or its accredited laboratory verifies that the consignment matches an approved model. The DAO does not invent test methods; it assigns products to existing Philippine National Standards.

The PNS IEC standards that carry the technical file

Three standard families do the work. PNS IEC 61215 covers design qualification of the crystalline silicon module: thermal cycling, humidity freeze, damp heat, mechanical load, hail impact, bypass diode thermal test and the performance measurements after each stress. PNS IEC 61730 covers module safety, including construction requirements, maximum system voltage, fire classification and the accessibility tests that prevent a module becoming a shock hazard in a flooded street. PNS IEC 60598-1 and PNS IEC 60598-2-3 cover the luminaire, with the -2-3 part adding the wind-loading provisions that matter in a typhoon corridor. Battery and control electronics sit outside the DAO list but are pulled in by tenders, which ask for IEC 62619 or 62133-2 for the cells and IEC 62509 for the controller.

The clearance sequence in practice

The importer must be registered with DTI and accredited with BPS. The model is then tested at the BPS Testing Center or an accredited laboratory, with CB certificates accepted as supporting evidence that reduces scope. The importer files for an ICC per shipment with the invoice, packing list, bill of lading, certificate of conformity and the test report naming the exact model. BPS may inspect at the port, and the ICC sticker is applied before release.

The most common delay is a model designation mismatch: the certificate says SND-SSL-100W, the nameplate says SSL-100, the invoice says Solar Street Light 100W. BPS treats that as three products. Our workflow freezes one designation per SKU at the drawing stage and propagates it to nameplate, carton, certificate and invoice.

8. Indonesia — The SNI, DJK and TKDN Trifecta

Indonesia is where technically compliant suppliers most often lose commercially, because three instruments must line up and only one is about engineering quality. SNI certification proves conformity to the national standard, DJK registration proves the equipment is registered for use in Indonesian installations, and TKDN proves domestic content. Failing any one disqualifies a bid even when the other two are perfect.

SNI IEC 60598-2-3 and SNI 8601:2018

SNI IEC 60598-2-3 is the Indonesian adoption of the IEC particular requirements for street lighting luminaires, applied with SNI IEC 60598-1. The pair covers construction, thermal management, ingress protection, wiring, earthing and the photometric and mechanical provisions specific to road lighting. For a solar product the additional instrument is SNI 8601:2018, which addresses solar road lighting at system level rather than fitting level. That distinction matters: a luminaire that passes IEC 60598 can still fail a system evaluation if autonomy, depth of discharge or low-irradiance performance does not match the declared figures.

DJK electrical safety registration

The Directorate General of Electricity at the Ministry of Energy and Mineral Resources maintains the registration of electrical equipment used in installations. DJK registration is separate from SNI certification and is model-specific: a 60 W and an 80 W version of the same housing are separate registrations, and a change of driver or controller can trigger a new filing. The dossier includes the SNI certificate, test reports, electrical and protection ratings, installation instructions in Bahasa Indonesia and evidence of the manufacturer's quality system.

Two friction points recur. CB test reports help but are not sufficient, because DJK is anchored to national conformity evidence; suppliers arriving with a folder of CB certificates and no SNI certificate are turned around. And the registration is held by an Indonesian entity, so the importer or local representative becomes part of the compliance chain and must be identified early.

TKDN — local content that decides tenders

TKDN is a weighted percentage expressing how much of a product's value is generated domestically, regulated by Ministry of Industry decrees that set both the method and, for regulated goods, the threshold procurement must respect. Product-based TKDN calculates domestic content for a specific good — local materials, labour, overhead and, in some formulations, design effort, divided by total cost. It is a bill-of-materials exercise, auditable line by line. Company-based TKDN rewards a genuine local partner with local engineering and after-sales.

Forty percent is achievable for a solar street light, but not by accident. It is reached by localising the mechanical structure, battery pack assembly and final integration and testing, while accepting that PV and LED modules remain imported for most configurations. Suppliers quoting 40 percent without a costed BOM are either using company-based TKDN or guessing, and both fail at verification. Our Indonesian programmes start with a TKDN worksheet before the specification is frozen.

9. Vietnam — QCVN 32:2024/BXD and TCVN 9301:2012

Vietnam regulates road lighting through construction law rather than product certification law, which makes the compliance logic different from the other four markets. QCVN 32:2024/BXD, issued under the Ministry of Construction, sets requirements for road lighting works: illuminance and luminance by road class, uniformity ratios, glare control, pole geometry, installation safety and the acceptance conditions for handover.

What QCVN 32:2024/BXD changes for a solar product

Because the regulation is written around works acceptance rather than a product label, the supplier must prove the installed system delivers the specified performance, not merely that the luminaire is safe. Illuminance and uniformity are calculated on maintained values, so the design must account for lumen and dirt depreciation and battery-driven dimming. The glare requirement constrains optical design, and a bright unit with a wide uncontrolled distribution fails the threshold increment check. Installation safety provisions apply to the DC architecture, so cable sizing, voltage drop and bonding enter the acceptance file.

A Vietnamese project therefore needs a lighting design submission in DIALux or Relux using the actual IES files of the offered luminaire, with maintained values and the project's own road geometry. We supply IES files from an accredited photometric laboratory for every model and run the design with a maintenance factor agreed with the designer rather than a default, because the difference between 0.8 and 0.65 is often the difference between passing and failing uniformity.

TCVN 9301:2012, energy labelling and approval

TCVN 9301:2012 addresses energy performance for LED road lighting and underpins the labelling obligation administered by the Ministry of Industry and Trade. For a solar product the relevant figure is luminaire efficacy in lumens per watt at driver input under standard conditions, not system efficacy including PV and battery losses; mixing the two produces a label no auditor will accept. Product conformity for the luminaire runs through the TCVN 7722 series, Vietnam's adoption of IEC 60598-1 and the relevant part 2 sections, together with TCVN adoptions of IEC 61215 and 61730 for the module.

For a public project the sequence is design approval, product conformity evidence, installation and works acceptance against QCVN 32:2024/BXD. The investor submits the design and equipment dossier to the Department of Construction, and acceptance includes measured illuminance at defined grid points. Allow 12 to 18 weeks for product conformity and the energy label. The supplier's job therefore extends beyond the certificate to the design file, photometric data and Vietnamese installation instructions.

10. Malaysia — SIRIM, MS IEC 60598, MS 2583 and the ST COA

Malaysia runs a two-gate system that is clean in principle and slow in practice. SIRIM QAS International performs the conformity assessment and issues the certificate of conformity; Suruhanjaya Tenaga, the Energy Commission, issues the Certificate of Approval that authorises the equipment to be imported, advertised and sold. A supplier who stops at the SIRIM certificate has a compliant product and no legal route to market.

MS IEC 60598-1, MS IEC 60598-2-3 and MS 2583

Malaysia adopts the IEC 60598 series with the MS IEC prefix, so the technical content is familiar to anyone who has certified a luminaire in Europe. MS IEC 60598-1 covers general requirements and MS IEC 60598-2-3 covers street lighting luminaires: construction, creepage and clearance, earthing, electric strength, insulation resistance, thermal test at declared ambient, resistance to dust and moisture, and mechanical strength for a pole-mounted product. We design the thermal path against a 45 °C ambient rather than the 40 °C minimum, because the inside of a sealed housing on a pole in Johor runs hotter than the test condition.

MS 2583 is the Malaysian Standard for LED street lighting and addresses performance rather than safety: efficacy, colour characteristics, lumen maintenance, photometric distribution for road lighting classes and the declaration of maintenance factors. Where MS IEC 60598-2-3 asks whether the product is safe, MS 2583 asks whether it is any good. Two requirements shape the design. The lumen maintenance declaration needs LM-80 style data plus an in-situ temperature measurement, so a generic 50,000-hour claim is not enough. And the photometric requirements mean the optical design must match the road class, typically a type II or type III distribution rather than a symmetric flood pattern.

From SIRIM to ST COA

The SIRIM application requires a technical file, samples for type testing and, for most schemes, a factory inspection covering the quality system and production test regime. On issuance, the COA application goes to Suruhanjaya Tenaga with the certificate, model list, electrical ratings, importer details and label artwork showing the COA number. The COA is granted per model and per importer, and a change of importer means a new application.

Total elapsed time is 14 to 20 weeks. The two avoidable delays are a factory inspection booked before the production test records are ready, and a COA filed before the certificate of conformity is in hand, which restarts the queue.

11. IEC-to-National Standard Cross-Reference Matrix

The five regimes look different at the administrative layer and nearly identical at the technical layer. The table maps the eight IEC standards that generate almost all of the test data for a solar street light. Where a national body adopted the IEC text verbatim, the designation follows the IEC number with a national prefix; where adoption is partial, the IEC report remains primary evidence.

Reading the matrix for engineering leverage

Six of the eight rows are effectively the same test once. IEC 60598-1 and 60598-2-3 testing at a CBTL to the IEC text produces data all five national bodies can accept as the basis for their own certificate, subject only to national deviation clauses. IEC 61215 and 61730 follow the same logic: the module is a globally traded component, and its qualification report travels with it.

Two rows behave differently. IEC 62717 data has to be re-expressed in national performance terms, because TIS 2343-2561, MS 2583 and TCVN 9301:2012 each define the declaration slightly differently — same laboratory data, different reporting format. And IEC 62262 impact ratings are frequently declared but rarely tested, which turns an unverified IK10 claim into a compliance finding when an inspector asks for the report. We test IK ratings rather than declare them, because the cost is trivial against a rejected container.

Engineering leverage point: build the IEC test backbone once at a CBTL, then treat each national certificate as a reporting and administrative layer on the same data. That is the difference between a five-country programme that takes nine months and one that takes three years.

12. Testing and Documentation Workflow

Certification cost is driven less by test fees than by re-testing. Every failed sample, rejected report or laboratory not recognised in the destination country is the same test paid twice. The workflow below is designed to make each test happen once.

Test sample matrix

Each sub-assembly has its own standard, and the system claim needs its own evidence.

Laboratory selection — CBTL versus national laboratory

The choice is not binary, and the right answer is usually both. A CB Testing Laboratory under the IECEE scheme produces reports portable across markets and recognised by SIRIM, BPS and the Indonesian framework. A national laboratory produces the report the national regulator will read without argument. Our default is destructive type testing at a CBTL with IEC 61215, 61730 and 60598 scope, then national verification at a recognised laboratory: KAN-accredited for SNI, TISI-accredited for Thailand, SIRIM or a recognised CBTL for Malaysia.

Document package and timeline

Every national submission is assembled from one master dossier plus country annexes. The master holds the model family declaration, costed BOM, circuit diagrams, module and driver datasheets, battery data, IES files, LM-80 data, IP and IK reports, manuals, label artwork and the factory's ISO 9001:2015 certificate. The annex adds the local-language manual and label, importer details, registration forms and fee receipts. Two controls make it work: a single model designation register, and a document register with an expiry column, because certificates lapse, ICCs are consumed and COAs need renewal.

Run in parallel, the programme reaches its first certificate in 12 to 16 weeks and the full five-country set in 28 to 36 weeks. The critical path is rarely the laboratory; it is factory inspection scheduling and local agent response time. We publish confirmed dates the day they are booked so the audit pack can be assembled over wa.me/8613777926647. We have delivered 50+ government projects across Asia, Africa, the Middle East, and Latin America on this workflow.

13. OEM/ODM Certification Strategy

For a brand owner or EPC contractor, the question is not only which certificates exist but who holds them and whether they survive a change of brand.

Who holds what

Thailand is the clearest case: the TISI licence is granted to a manufacturing site, so the factory must hold it, and a brand owner sells under that licence with documented authorisation and the brand shown as the trade name. Malaysia works similarly through the COA, which names the importer as well as the model. The Philippines splits the two: the PS mark belongs to a local manufacturer while the ICC goes to the accredited importer. Indonesia requires an Indonesian entity for DJK registration, so a local partner is unavoidable. Expect the factory to hold product-level certificates and the local entity to hold import-level registrations.

White-label registration and modular testing

White-label registration means the certificate names the factory as manufacturer and the buyer's brand as the commercial designation, supported by a brand authorisation letter and approved label artwork. It does not mean the certificate can be reissued in the buyer's name without the factory, and it does not survive a change of manufacturing site. Buyers should insist on the brand authorisation being on file with the certificate, label artwork approved by the certification body rather than only by the buyer, and a written statement of what happens if they move factory — the answer is that the certificate becomes void.

Our approach is to build the platform so certification scales with variants instead of multiplying with them. Three housing sizes cover 40 W to 200 W; driver, controller and battery pack are shared across wattages within a size class; the LED module is a common platform with different drive currents; and the optical distribution is a separate lens family that can change without touching the safety file. A new wattage becomes a variant declaration rather than a type test. This is where 14 years of OEM/ODM programme experience and a senior engineer team that has run these files compresses the calendar.

The SUNDE engineering group includes 50+ senior engineers and 15 professional designers, and the certification dossier is treated as a design output rather than a post-design document. As Zhongshan Sunde Lighting Co., Ltd. we hold ISO 9001:2015 certification, run 20+ production lines across a 160,000 square metre factory, and produce 35,000 PCS daily with one hundred million annual sales. That record matters at audit: an inspector walks the line, and 20+ production lines with documented in-process testing is an easier audit than a workshop with one bench. We are the highest consulting manufacturer for lighting categories on B2B platforms, and the senior engineer team technical support line is on WhatsApp at wa.me/8613777926647.

Commercially, the package is built for brands intending to grow in the region: market protection or exclusive agency rights for buyers committing to a country programme, a full set of services from specification through certification to after-sales, helping new brands enter public procurement, support for submitting the bid, and a supply chain of core components that keeps the certified configuration stable. More than 60+ overseas clients have used this route, we release 5 new products every quarter, and our 90% customer repurchase rate and 100% on-time delivery record are the two numbers a buyer facing a fixed installation date cares about. Inquiries and after-sales are answered within 2 hours.

14. Five Common Compliance Pitfalls

Across the certification programmes we run, five failures account for most of the lost weeks. None is a testing problem; all are decisions made before testing starts. Over 50+ government projects the pattern is consistent: the factory that avoids them is more boring about documentation, not luckier.

Pitfall 1 — TKDN calculated on the wrong basis

The classic error is treating an imported sub-assembly as local because it was assembled in Indonesia. A battery pack built from imported cells counts only the assembly value and local hardware; a luminaire assembled from an imported housing counts the labour, not the aluminium. Suppliers quoting TKDN from a spreadsheet that lists the finished BOM as domestic are caught at verification, usually after the tender closes. Build the worksheet from invoices and reconcile it to the audited cost of goods.

Pitfall 2 — TISI factory inspection failure

TISI inspects the factory, not the brochure. Recurring findings: a routine test station with no records, test equipment without valid calibration, an incoming inspection process that cannot produce a recorded rejection, and a quality manual whose scope does not cover the product. The most avoidable is calibration — an uncalibrated hipot tester stops the audit, and rebooking costs four to eight weeks. Our factories run 100% product testing on every unit with records retained per batch.

Pitfall 3 — a CB report that DJK will not accept

Indonesia is where the CB Scheme's limits are most visible. A CB certificate proves the product was tested to the IEC text, but DJK registration is anchored to SNI conformity, and a CB report alone is not SNI certification. Files submitted with a thick CB folder and no SNI certificate are returned, and the supplier loses the fee and the queue position. Certify to SNI first, using the CB report to reduce national test scope.

Pitfall 4 — QCVN voltage window and maintained-illuminance mismatch

Vietnam produces a specific and expensive failure: the product passes safety testing, the design is approved on initial lumen output, and installation fails acceptance because measured illuminance is below the QCVN 32:2024/BXD requirement. The cause is usually the battery discharge curve against the driver's input window. A driver that holds full output to 36 V but is fed by a 24 V nominal pack loses output in the last hours of autonomy, so maintained illuminance sits below the design value. Specify the driver window against the full discharge range.

Pitfall 5 — silent BOM substitution after certification

The quietest trap. A certified model goes into production, a component becomes scarce, and the driver, LED module or cells are swapped without re-filing. All five regimes treat a change of critical component as a change of product: TISI requires notification, SNI and DJK fix the registered characteristics, the Philippine ICC is matched to the tested configuration, and a Malaysian COA names the assessed construction. The control is a certified-configuration lock in the ERP plus a supply chain of core components qualified in advance.

Pattern across all five: the failures that cost most are administrative, and all are avoidable with a document register, a model designation register and a change control procedure. Ask for those three artefacts before you ask for a certificate: the certificate proves the past, the registers predict the future.

15. Future Trends 2027–2028

Three shifts will change compliance in the region over the next two years, and each rewards suppliers who already hold the underlying documentation. Having delivered 50+ government projects across Asia, Africa, the Middle East, and Latin America, we have watched this pattern arrive elsewhere first.

ASEAN mutual recognition convergence

The ASEAN framework for electrical and electronic equipment has existed for years with limited effect, because national regulators kept their own registration steps. That is moving: harmonised standards lists are converging on the IEC text, and several member states now accept test reports from designated bodies elsewhere as the basis for their own registration. The technical file becomes regional while the certificate stays national, so the IEC backbone grows more valuable and the national annex grows thinner — but the annex does not disappear, and Indonesia's local entity requirement and Thailand's factory-licence model will survive any plausible timetable.

Digital conformity assessment

Paper certificates are being replaced by digital registers and QR-verified labels. Indonesia has moved SNI registration online with verifiable certificate numbers, Malaysia links COA records to a searchable register, and Thailand's TISI licence lookup is public. A forged or expired certificate is now trivially detectable at the port, which changes buyer due diligence: verification takes two minutes and should happen before the purchase order. Our export team sends the register link with every certificate pack so buyers can verify rather than trust.

Green public procurement mandates

Procurement is where the next compliance layer appears. Thailand's green public procurement framework, the Philippines' green procurement programme, Malaysia's green technology labelling, Vietnam's green growth strategy and Indonesia's domestic product preference rules all point the same way: bids will be scored on declared embodied carbon, recyclability, battery chemistry and end-of-life take-back as well as price and conformity. Solar street lighting is well placed on operational carbon and poorly prepared on embodied carbon, because the battery and aluminium housing dominate the lifecycle footprint. We expect the first specifications requiring a declared carbon footprint per luminaire in 2027, and we are building the bill-of-materials carbon data now.

Project Cases — Three Southeast Asian Programmes

These project cases are anonymised at the client's request, but the specifications, scope and delivery times are as delivered. Our senior engineer team keeps each one as a reference configuration for the next buyer in the same market.

Thailand. A provincial administration upgrading a rural network required a TISI licence at bid stage. Because the 80 W configuration sat inside a licensed model family, the programme needed only a variant declaration, an updated TIS 2343-2561 module file and a label revision. The engineering work concentrated on thermal design: an all-in-two unit in that climate needs the battery compartment isolated from the LED heat path, and the 45 °C ambient test confirmed it stayed inside the cell manufacturer's window. Delivery ran 10 weeks from drawing approval.

Philippines. A municipal programme in a typhoon corridor drove the split architecture: the PV module and battery enclosure mount separately, so wind load on the pole head is reduced and a failed battery can be replaced without touching the module. Compliance ran through BPS DAO 02:2008 with PNS IEC 61215 and 61730 reports for the module and PNS IEC 60598-2-3 for the luminaire, with the ICC obtained per shipment. Delivery ran 8 weeks.

Indonesia. The most complex of the three, because the tender scored TKDN as a qualification threshold at 40 percent. The product-based calculation was built from a costed BOM with local pole and bracket fabrication, local battery pack assembly, local harness and local final integration and testing, while the PV and LED modules remained imported. SNI files were completed at a KAN-accredited laboratory and DJK registration was filed by the local partner. Delivery ran 12 weeks.

Frequently Asked Questions

Is TISI certification mandatory for solar street lights sold in Thailand?

Yes. Luminaires sit inside the TISI compulsory scope, so a solar street light sold as a complete luminaire needs a TISI licence against TIS 1955-2551 before it can be legally imported or sold. The licence is issued to a factory, not a trading company, so the manufacturing site must pass an inspection and accept surveillance.

What is the difference between TIS 1955-2551 and TIS 2343-2561?

TIS 1955-2551 is the luminaire safety standard derived from IEC 60598-1, covering housing, wiring, protection against electric shock, ingress protection and thermal behaviour. TIS 2343-2561 addresses the LED module itself. A solar street light normally needs both.

Does a CB report satisfy BPS DAO 02:2008 in the Philippines?

A CB certificate is accepted as supporting technical evidence and shortens the test programme, but it does not replace the Philippine route. BPS still requires a PS licence for local product or an Import Commodity Clearance for each shipment, supported by PNS IEC reports recognised under DAO 02:2008.

What does DJK registration add on top of SNI certification in Indonesia?

SNI certification proves conformity to the national standard, while DJK registration confirms the equipment is registered for use in Indonesian installations. Tenders and PLN-linked projects ask for both, and the DJK file is model-specific, so a new wattage or housing triggers a new registration.

How is TKDN calculated for a solar street light, and is 40 percent achievable?

TKDN is a weighted local-content percentage built from local material cost, labour, overhead and, in the company-based method, local intangibles such as design and after-sales, divided by total product cost. Forty percent is achievable when pole, bracket, battery pack assembly, harness and final integration are local, but not when the PV module, LED module and controller all arrive as imported sub-assemblies.

Is QCVN 32:2024/BXD a product certificate or a works regulation?

It is a national technical regulation on road lighting works, governing design, installation and acceptance rather than issuing a product certificate. Product conformity runs through the applicable TCVN standards elaborated from IEC 60598 and IEC 61215, with energy performance declared under TCVN 9301:2012.

What is the ST COA in Malaysia and when is it needed?

The Certificate of Approval is issued by Suruhanjaya Tenaga and is required before listed electrical equipment can be imported, advertised or sold. SIRIM QAS International issues the supporting certificate of conformity against MS IEC 60598 and MS 2583, and the COA is built on that certificate plus the factory's quality documentation.

Can one IEC 61215 test report be reused across all five countries?

The technical content can be reused, but acceptance is national. Each country requires the report to come from a laboratory recognised within its own framework. A CB certificate from an IECEE-recognised laboratory is the most portable instrument, and it is what we build every multi-country dossier around.

How long does a five-country Southeast Asian certification programme take?

Sequentially, 11 to 14 months. Run in parallel from one frozen platform and a shared IEC backbone, the first certificate lands in 12 to 16 weeks and the full set in 28 to 36 weeks. Factory inspections, TKDN verification and shipment-level ICC are the critical path, not type testing.

What documentation package should accompany each certified shipment?

The certificate of conformity naming the exact model, the licence or registration number, ILAC-accredited test reports, the declaration of conformity, label artwork in the required local language, a technical file with BOM, circuit diagrams, IES files and battery data, plus the commercial invoice. Model designations must be byte-identical across certificate, nameplate, carton and invoice.

Next Step — Building Your Five-Country Compliance Plan

A five-country programme is not five certification projects. It is one engineering platform with five national reporting layers. Freeze the platform first, build the IEC backbone once at a laboratory the region already recognises, then file nationally with a local agent appointed before the first sample is built.

If you are evaluating suppliers, the questions worth asking are narrower than a certificate list. Ask which factory holds the TISI licence and what its number is. Ask whether the SNI certificate is supported by DJK registration. Ask for the TKDN worksheet with invoices behind it. Ask which laboratory produced the IEC 61215 report and whether it is recognised in the destination country.

Our expert team at Zhongshan Sunde Lighting Co., Ltd. maintains certification dossiers for Thailand, the Philippines, Indonesia, Vietnam and Malaysia as a standing library rather than a project deliverable, backed by 20+ production lines, a 160,000 square metre factory and a senior engineer team that has run these files for 50+ government projects across the region. We are the highest consulting manufacturer for lighting categories on B2B platforms, and the reason buyers return — a 90% customer repurchase rate — is that the compliance work is finished before the vessel sails.

Direct lines: WhatsApp wa.me/8613777926647, email admin@sundeled.com, or post to No.11 yuxiang dongdi street henglan town, zhongshan city guangdong province.

Send your project brief with the destination country, road class, wattage and any TKDN threshold, and we will return a costed certification plan within 24 hours. The full solar lighting product range is the place to start, and the solar street light series carries the certified configurations described here.

Ready to Build Your Lighting Brand with SUNDE?

Send your project brief — country, project scale, wattage, certifications, OEM customization — and our 50+ senior engineers will prepare a complete quotation within 24 hours. All inquiries and after-sales service responded within 2 hours. Promise refund or free replacement for quality problems.

WhatsApp: +86 13777926647 Email: admin@sundeled.com

Linda Zhang | SUNDE Export Team
Zhongshan Sunde Lighting Co., Ltd. | Alibaba Custom Manufacturer (4-year Gold Supplier, 4.6/5 rating, 100% on-time dispatch)
No.11 yuxiang dongdi street henglan town, zhongshan city guangdong province
Multilingual sales team (EN / FR / JP) | Promise refund or free replacement for quality problems

© 2026 Zhongshan Sunde Lighting Co., Ltd. | Last updated: 2026-10-24
Internal product reference: Solar Street Light | For Southeast Asia
Why SUNDE: 15 years experience in LED lighting | 20+ leading listed brands partner | 50+ government projects | CE/ROHS/ISO9001/FCC/EMC/UL/CB/LVD/SAA/UKCA certified | 160,000 m² factory with 500+ workers, 50+ senior engineers, 200+ skilled workers | 20+ production lines, 35,000 PCS daily production, one hundred million annual sales | 100% product testing (solar panel / battery / waterproof / IES / aging / salt spray / package / voltage capacitance) | 15 professional designers | 90% customer repurchase rate | 100% on-time delivery, 0 delays for 5 consecutive years | The highest consulting manufacturer for lighting categories on B2B platforms | All inquiries and after-sales responded within 2 hours | Promise refund or free replacement for quality problems
No.11 yuxiang dongdi street henglan town, zhongshan city guangdong province | WhatsApp: +86 13777926647 | Email: admin@sundeled.com