Views: 0 Author: Site Editor Publish Time: 2026-08-14 Origin: Site
The Philippines is one of the fastest-growing solar street lighting markets in Southeast Asia — and one of the hardest to serve. Typhoons, salt-laden coastal air, more than 7,600 off-grid island communities, and strict government procurement rules demand far more than a generic imported fixture. SUNDE Lighting is a 15-year OEM/ODM factory that builds typhoon-rated IP67 solar street lights engineered specifically for Philippine conditions: 140+ km/h wind resistance, LiFePO4 battery chemistry, 97%-efficiency MPPT controllers, and die-cast aluminum housings that shrug off decades of tropical humidity and salt spray. Whether you are a lighting brand entering the Philippine market or a project contractor bidding on DPWH municipal tenders, we deliver certified, custom-branded solutions with exclusive molds, market protection, and 2-hour response support. With more than 50 government projects behind us and a 160,000 m² factory in Zhongshan, China, we have the scale, the engineering depth, and the track record to carry your Philippines solar lighting program from first sample to nationwide rollout.
The Philippines is an archipelago of more than 7,600 islands, and this geography defines its energy story. According to the Department of Energy (DOE), roughly one in five barangays in remote island communities still has no reliable access to the national grid. Diesel generators are expensive to fuel and maintain, and grid extension across open water is economically impossible for many municipalities. The result: streets, ports, and public spaces in thousands of off-grid villages remain unlit after dark, which affects safety, trade, and quality of life.
At the same time, the Philippines sits squarely in the Pacific typhoon belt. An average of 20 typhoons enter the Philippine Area of Responsibility every year, and several make landfall. Super Typhoon Haiyan (Yolanda) in 2013 demonstrated what storm surges and 300+ km/h winds do to conventional lighting infrastructure. Any solar street light installed in the Philippines — grid or solar — must be engineered to survive typhoons, not just standard weather.
Policy is pushing the same direction. The DOE and the National Electrification Administration continue to fund off-grid electrification, while the DPWH (Department of Public Works and Highways) increasingly specifies solar street light Philippines installations in rural road projects because solar removes the recurring electricity cost and the vulnerability of overhead cabling. For municipalities, the business case is simple: a typhoon-rated solar street light delivers 20 years of illumination with near-zero operating cost, no monthly electric bill, and no trenching or cabling that a storm can tear down. That combination of grid failure risk, typhoon exposure, and active government programs makes the Philippines one of the most attractive solar street lighting markets in Asia — and one where product quality separates winners from one-season suppliers.
Not every "solar street light" is suited to the Philippines. The difference shows up in the specification sheet. When a buyer asks for an IP67 solar street light, what they are really asking for is a fixture that keeps working when typhoon-driven rain hammers it for hours, when salt mist corrodes cheaper metalwork, and when wind loads exceed what a standard pole was designed to carry. Below are the specifications SUNDE engineers treat as the baseline for Philippine projects.
IP67 means the fixture is fully dust-tight (IP6X) and protected against temporary immersion in water up to 1 meter for 30 minutes (IPX7). In practice, this means the LED module, battery compartment, and controller cavity are sealed with double-layer silicone gaskets, potted electronics, and waterproof connectors rated to IP68. Many cheaper imports are labeled IP65, which only covers water jets — fine for rain, but not for the sustained, wind-driven torrents and standing water that typhoons leave behind. For coastal roads and islands, our engineers specify IP67 as the minimum across every solar street light Philippines shipment, and we verify it with a factory submersion test on every batch: 100% of units are tested before packing.
A typhoon is classified as a tropical cyclone with sustained winds of at least 118 km/h. A strong typhoon exceeds 150 km/h, and super typhoons can exceed 220 km/h. SUNDE typhoon-rated solar street lights are designed and load-tested for sustained winds of 140+ km/h with gust peaks handled through structural margin. That performance is not a sticker claim — it is achieved through a low-profile aerodynamic head design, a one-piece die-cast aluminum housing with no bolted-on protrusions that catch wind, a reinforced mounting bracket, and an engineered pole-and-foundation system (see the next chapter). For municipal tenders that demand wind-load calculations, we provide certified structural reports for the complete light-pole-foundation assembly.
The housing of a Philippines-rated solar street light is machined from ADC12 die-cast aluminum alloy, finished with an anti-corrosion powder coating. Die casting gives the housing a seamless monocoque structure — no thin stamped sheet metal, no welded seams that crack under vibration — and it doubles as the heat sink. The fins integrated into the casting pull heat away from the LED board and the battery compartment, which matters enormously in a tropical climate where ambient temperatures reach 35°C and cabinet temperatures can climb past 60°C. Aluminum also resists the salt-laden air of coastal provinces far better than painted steel or plastic housings that turn brittle under UV exposure.
Our solar street lights use Lumileds 5050 LEDs achieving 160–180 lm/W, with a luminous efficacy that converts every watt of solar harvest into useful light. That efficiency lets the same solar panel and battery support a brighter or longer-running fixture — or lets a smaller system meet the same lumen spec at lower cost. Combined with a 50,000-hour L80 lifetime (still at 80% brightness after 50,000 hours), the LED module typically outlives two battery replacements and one controller replacement over a 20-year service life. Color temperature is configurable: 3,000K warm white for residential barangays, 5,000–6,500K cool white for highways, and we can tune the photometric distribution (IES files provided) to meet DPWH road lighting classes.
Battery chemistry is the single most common failure point in cheap solar street lights, and in the Philippines the failures are amplified by heat and typhoons. SUNDE ships lithium iron phosphate (LiFePO4) batteries as standard: 4,000+ charge cycles (roughly 8–10 years at daily cycling), safe deep discharge without the swelling risk of lead-acid or the fire risk of generic NMC cells, and a wide operating temperature range that tolerates tropical heat without accelerated degradation. A typical Philippines specification calls for 3–5 nights of backup autonomy so streets stay lit through consecutive cloudy days — a routine occurrence during the rainy season and the weeks after a typhoon when panels may be shaded or covered.
A maximum power point tracking (MPPT) controller continuously matches the solar panel's operating point to extract maximum power, even under partial shade, cloud cover, and rain — conditions the Philippines experiences for weeks at a time during monsoon season. Our MPPT controllers achieve up to 97% conversion efficiency, versus roughly 70–80% for the PWM controllers used in cheap fixtures. On an overcast day, that difference can be the margin between a battery that reaches full charge and one that never recovers before nightfall. The controller also manages the smart lighting schedule: dusk-to-dawn constant light, PIR motion-sensor dimming (100% → 30% when no one is nearby, saving up to 60% of battery), programmable dimming curves, and optional remote monitoring via 4G/NB-IoT for smart-city deployments.
30W all-in-one / split type — 4–5 m poles, barangay roads, schools, parks; 60–100W panel, 30–40Ah LiFePO4.
60W all-in-one / split type — 6–8 m poles, provincial roads, municipal centers; 120–160W panel, 60–80Ah LiFePO4.
90W–120W split type — 8–10 m poles, national highways, seaports, industrial estates; dual panels, 100–120Ah LiFePO4, 5-night autonomy.
Every configuration is available in die-cast aluminum, IP67-rated, wind-rated to 140+ km/h, and backed by full photometric and structural documentation — the specification depth that lets a solar street light manufacturer Philippines contractors and brands actually rely on.
A typhoon-rated solar street light is more than a strong housing. The complete system — pole, foundation, battery location, wiring, and lightning protection — must be engineered as a unit, because in a Category 4 typhoon the weakest link fails first. These are the climate-adaptation measures SUNDE applies to every solar street light Philippines project in typhoon-prone provinces.
For 8-meter and taller installations we recommend hot-dip galvanized Q235 steel poles with a wall thickness of 3.5–4.0 mm (versus 2.5 mm on economy poles), tapered octagonal cross-section for aerodynamic stability, and a welded flange base bolted to a reinforced concrete foundation with 16–20 anchor bolts. The foundation depth — typically 1.2–1.5 meters depending on soil class — is calculated from the pole height, head area, and the 140+ km/h design wind speed, and we provide the foundation drawing with every quotation so local contractors can cast it correctly. On exposed coastal highways and bridge approaches, where wind is accelerated and unobstructed, we step up to heavier poles or add guy-wire anchors. For temporary installations that must survive typhoon season, tilt-down pole systems allow a two-person crew to lower and store the fixture before a storm — an increasingly popular option for municipal fleets on small islands.
Heat is the enemy of every battery, and in the Philippines the sun delivers heat for free. In split-type systems we strongly recommend underground battery vaults: a sealed, ventilated, anti-flood chamber placed 1 meter below grade keeps battery temperature 10–15°C lower than a pole-mounted cabinet in the sun, which can extend LiFePO4 service life by 30–50%. Underground placement also deters theft — a real problem for remote installations — and removes the weight and windage of a pole-mounted battery box. Where burial is not practical (rocky ground, floodplains, protected wetlands), we use elevated battery boxes with UV-stabilized enclosures and passive ventilation that keep the compartment below 45°C. In flood-prone areas, the vault is designed with a sump and drain so that even a 2-meter storm surge cannot flood the electronics.
Ambient temperature in the Philippines routinely exceeds 35°C, and inside an unventilated luminaire the electronics can hit 70°C. Our die-cast housings double as heat sinks with machined fins sized by thermal simulation, and the driver, MPPT controller, and charge circuitry are rated for continuous operation at 60°C ambient. The result: no thermal derating in normal Philippine weather, no premature capacitor aging, and an LED junction temperature that keeps lumens high and color stable for years. We validate this with 24-hour heat-run testing in our aging lab before shipment.
Salt-laden sea breeze corrodes unprotected metalwork within months. Every SUNDE fixture destined for the Philippines passes a 500-hour neutral salt spray test (ASTM B117), and our standard treatment chain is: hot-dip galvanizing for poles, marine-grade 316 stainless steel for all fasteners and brackets, powder coating for housings, and conformal coating on PCBs that seals circuit boards against salt condensation. Connectors are IP68 waterproof types with pre-filled gel or heat-shrink sealing, so there are no exposed terminals for saltwater to attack. These details rarely appear on a quote — but they are the difference between a project that still works in year eight and one that is brown and dead by year two.
Typhoons mean lightning. The Philippines has some of the highest lightning density in the world, and an unprotected solar street light is a tall, grounded metal target. We install a Type 2 surge protection device (SPD) in every controller circuit, plus optional lightning arrestors on poles over 8 meters. The SPD clamps transient surges from nearby strikes before they reach the LED board or battery management system, which is the most common cause of "mystery" failures after a storm front passes.
The Philippines public sector is the largest buyer of solar street lighting in the country, and it buys through a structured, compliance-heavy process. Understanding that process — and being able to supply the paperwork that goes with it — is a core part of what SUNDE does for its partners.
The DPWH (Department of Public Works and Highways) has deployed solar street lights across thousands of kilometers of national and provincial roads, prioritizing rural highways, school access roads, and coastal routes in typhoon-affected regions. DPWH tenders typically specify luminaire type, mounting height, road lighting class, battery autonomy, and wind resistance, and they require bidders to submit photometric reports (IES/LDT files), test certificates, and manufacturer credentials. SUNDE supports DPWH solar street light projects through local contractor and distributor partners with full documentation packs: IES files, wind-load calculations, IP67 test reports, battery cycle data, and factory certificates — the complete evidence package an engineer reviewing the bid actually wants to see.
City and municipal governments procure solar street lights through the PhilGEPS (Philippine Government Electronic Procurement System), often under the Department of the Interior and Local Government's flagship programs and local ordinances on public safety. Municipal budgets favor compact all-in-one systems on 4–6 meter poles for plazas, markets, covered courts, and secondary roads. Because LGUs are sensitive to total cost of ownership, our quotations include a 10-year cost analysis (fixture + battery + controller replacement intervals) that usually shows solar beating grid extension even before counting the avoided monthly electricity bill.
Beyond DPWH and LGUs, island electrification and off-grid community lighting projects — including programs coordinated with the Presidential Commission for the Urban Poor (PCUP) for underserved island communities — need self-contained systems that run with zero grid dependence and minimal maintenance. For these, autonomy is the spec that matters: our island-grade systems carry 5–7 nights of backup, vandal-resistant hardware, and battery vaults that survive both flooding and salt. SUNDE has supplied island lighting for Southeast Asian off-grid communities where the only logistics option is a cargo boat — which is exactly why our fixtures ship with the packaging and spares strategy designed for multi-leg transport to remote islands.
A typical Philippine government tender runs through PhilGEPS: notice of award of contract, pre-bid conference, bid submission, evaluation, and post-qualification. The documents buyers request from the manufacturer include ISO 9001 certification, product test reports, proof of factory capability, and sometimes a manufacturer's authorization letter for the bidder. SUNDE's export team regularly prepares these packages within 48 hours, including notarized manufacturer authorization, product datasheets, and samples where required for evaluation. For winning bidders, we also coordinate the delivery schedule around LGU payment terms, because public-sector payment cycles in the Philippines routinely run 30–90 days after delivery — a financial bridge we help our distributor partners plan around with staged shipments.
Some of the strongest players in the Philippine lighting market are not manufacturers at all — they are brands. And behind more than 60 overseas clients that have grown into renowned lighting brands stands a factory that knows how to build a brand's product line without competing with it. That factory is SUNDE.
OEM solar lighting Philippines programs start with your brand and work backward. We customize the fixture housing color and texture, LED module and optical design, controller parameters, and pole design, then finish with your logo silk-screened or die-stamped on the housing, laser-engraved on the pole, and printed across the packaging. Your brand appears on the product, the carton, the manual, and the warranty card — never ours. We can also co-develop products from scratch: our 15 professional designers and engineers take a concept sketch and deliver 3D renders, structural drawings, photometric simulations, and tooling-ready files, with 5 new products released every quarter to keep your catalog ahead of the market.
For brands that want real differentiation, SUNDE develops private molds that belong to you. We self-develop exclusive molds for housing, brackets, and accessories, and store them in our tooling warehouse under your project name — no other customer, not even in another country, can buy the same mold. Combined with exclusive agency agreements and market protection clauses in your contract, this means the design you invested in stays yours, and the Philippines market is not flooded by identical fixtures at half your price. This is how long-term OEM partners build durable margins instead of commodity price wars.
Philippine-brand products need Philippine-ready packaging: English manuals with Philippine wiring conventions, local language inserts where required, barcodes registered for your retail or project channel, and export-grade cartons with moisture barriers for sea freight and multi-leg island logistics. SUNDE handles the full packaging bill of materials — from kraft cartons to full-color retail boxes — and can include spare-parts kits sized for your channel's after-sales network. Because we are an OEM/ODM factory with our own tooling and assembly lines, custom packaging changes cost hours, not weeks.
We understand that a brand's worst nightmare is its own supplier selling to the competitor next door. Every OEM solar lighting Philippines contract we sign includes market protection: exclusive agency territories, registered-account selling (we do not sell the same private mold into your territory), and a non-disclosure framework around your specifications and pricing. Our 90% customer repurchase rate is not accidental — it is built on partners who reorder because they know their supply chain is protected, their quality is consistent, and their factory answers within 2 hours when something needs attention.
For a Philippine lighting brand or a regional distributor, working directly with the solar street light manufacturer Philippines OEM source removes a layer of importers' margins, gives direct control over certifications and samples, and shortens the design-change loop from months to days. With MOQs starting around 100 pieces for standard designs and 500 pieces for private-label programs, the factory route is accessible to mid-size brands — and it is the route most of our 20+ listed-brand partners took before they scaled into national programs.
Certification is not a paperwork formality in the Philippines — it is the gate that decides whether your container clears customs, whether your product can be legally sold, and whether your bid is even considered. A typhoon-rated solar street light that arrives without the right compliance package is an expensive pile of aluminum at the port. Here is what the Philippine market actually requires, and what SUNDE provides.
The Bureau of Philippine Standards (BPS), under the Department of Trade and Industry, administers product standards for lighting products imported into the Philippines. Products under the BPS mandatory certification scope must carry the Philippine Standard (PS) mark or the Import Commodity Clearance (ICC) mark, issued after product testing against the applicable Philippine National Standards (PNS). For LED lighting and luminaires, this means testing to the relevant PNS/IEC references and a factory audit for the PS license. SUNDE coordinates BPS-type testing and documentation with accredited testing laboratories, and our partner importers obtain the ICC sticker for each shipment — we provide the technical file, test reports, and factory authorization letters that the ICC application requires.
Every commercial import of regulated lighting products must secure an ICC permit before the shipment arrives, and the Bureau of Customs checks the ICC sticker on the goods. The application needs the importer's BIR and SEC/DTI registration, the supplier's factory information, test certificates, and invoices. An uncoordinated shipment can be detained for weeks, accumulating storage fees that wipe out margins. In practice, the cleanest path is: SUNDE ships with full technical documentation and BPS-aligned test reports; the local importer (or our recommended partner importer) files the ICC; and the goods clear with the sticker applied at the importer's warehouse under BPS supervision.
Beyond BPS/ICC, tender documents in the Philippines routinely ask for the same international certifications that global buyers require. Every SUNDE solar street light is manufactured in an ISO 9001-certified factory and carries CE and ROHS for the EU-heritage specification base, plus FCC and EMC, UL and CB, LVD, SAA for Australia, and UKCA for the UK — a certification matrix covering essentially every export market our clients serve. These certificates are not marketing wall-art: each one is backed by accredited test reports we attach to every quotation, and our quality team re-verifies certificate validity and production compliance on an annual audit cycle.
For a Philippine government or utility tender, assemble this pack before you bid: ISO 9001 factory certificate; CE/ROHS/FCC/EMC test reports; IP67 test report; salt spray test report; battery cycle test data; IES/LDT photometric files; wind-load structural calculation; warranty terms; and a manufacturer's authorization letter naming the bidder. SUNDE's export team can compile and notarize this documentation within 48 hours of request, in English, formatted for PhilGEPS submission. We have prepared these packs for dozens of Southeast Asian tenders, and we know exactly which stamps and signatures the evaluators check.
The Philippine market, like every market, has its share of suppliers who print a CE logo without a test report or claim "IP67" without a test. Evaluators and customs officers increasingly verify certificate numbers online. Because our certificates are real, issued by accredited bodies, and tied to the actual models we ship, our documentation survives verification — and so do our clients' bids.
Specifications and certifications matter, but nothing convinces a buyer like a project that has already survived the weather. Here are three anonymized references that show how SUNDE typhoon-rated solar street lights perform in real Southeast Asian conditions. (Client names and exact locations are protected by confidentiality agreements; details are representative and verifiable on request.)
Scope: 1,200 sets of 60W split-type solar street lights on 8-meter hot-dip galvanized poles along a 42-km coastal provincial highway; 160W panels, 80Ah LiFePO4 batteries in underground vaults, 3-night autonomy, 140+ km/h wind-rated design.
Result: Installed in phases over two dry seasons. In the three years since commissioning, the route has been hit by three typhoons with sustained winds above 140 km/h; fewer than 2% of fixtures required any intervention, and those were pole-vehicle collisions, not weather failures. The contractor reported zero night-outage complaints during typhoon aftermath periods — precisely when communities needed the lights most. The client has since ordered two additional phases totaling 900 units.
Scope: 800 sets of 40W all-in-one island-grade fixtures with 5-night autonomy, anti-vandal hardware, and battery vaults sealed against saltwater flooding, shipped via cargo boat in three waves to an off-grid island community.
Result: Streets, the fish port, and the school perimeter were lit for the first time in the community's history. The 5-night autonomy proved decisive: during the monsoon season, the community logged 14 consecutive days of heavy cloud, and the fixtures still delivered 40% illumination every night. The provincial government, which had previously budgeted diesel lighting, has since standardized on the island-grade configuration for three neighboring islands — a direct endorsement of the buried-battery, salt-spray-protected design.
Scope: 2,500 units of a private-labeled 60W all-in-one design developed on an exclusive mold for a regional lighting brand, covering two countries, with full-color retail packaging and spare-parts kits.
Result: The partner launched the product under its own brand across dealer networks and won its first municipal tender within nine months of launch. With the exclusive mold and market protection clauses in place, no identical fixture appeared in the region, and the partner's margin held through two competitive tenders. That partner is now in its fourth year of reorders — part of the 90% customer repurchase rate that defines our OEM client base.
After fifteen years in this industry — and after seeing what fails on Philippine roads — these are the five mistakes that cost solar street light buyers in the Philippines the most.
Buying on price alone. A 30W solar street light quoted at $40 is not a bargain; it is a housing around a battery that will die in 18 months. Cheap PVC or stamped-steel housings, unknown LED chips, and recycled cells fail within two rainy seasons. In the Philippines, a failed fixture is not just a wasted purchase — it is a reputation risk in a small, interconnected market.
Accepting IP65 as "good enough." IP65 stops water jets; it does not survive typhoon-driven immersion and standing water. Water ingress is the #1 cause of premature failure in tropical installations. Insist on IP67 with a factory submersion test report.
Trusting battery specifications without data. "100Ah" on a label means nothing without the cell datasheet, cycle-life test data, and a warranty that names the chemistry. Generic lithium cells and second-life batteries are the hidden epidemic of cheap solar lighting. Ask for LiFePO4, the exact cell brand, and cycle test reports.
Ignoring typhoon wind load. If the supplier cannot produce a wind-load calculation for the pole-and-fixture assembly, the fixture will not survive its first typhoon. 140+ km/h design wind speed is the floor for Philippine installations, and the foundation drawing must come with the quote.
Skipping local certification. Shipping without BPS-aligned documentation and an ICC plan risks weeks of customs detention, demurrage fees, and in the worst case, rejection at the port. Certification is a logistics cost, not an optional extra.
The Philippines solar street lighting market is entering its most dynamic phase yet, and the 2027–2028 window will define which suppliers own the category.
Grid parity is already here. With solar panel costs at historic lows and electricity rates among the highest in Asia, the payback of solar street lighting versus grid connection or diesel is now measured in months, not years. Municipalities that once saw solar as a rural-only solution are now specifying it in urban and peri-urban settings, where night lighting drives commercial activity and public safety.
Smart city integration. The next wave of Philippine tenders will increasingly ask for connected fixtures: remote monitoring, adaptive dimming by traffic and crowd density, theft alerts, and battery health reporting over 4G/NB-IoT. SUNDE's smart solar lighting controller platform already supports these features, and we expect smart-capable typhoon-rated IP67 solar street lights to become the default specification for new municipal programs by 2028.
Local content and assembly pressure. Philippine policy continues to explore local content requirements and assembly incentives for imported lighting, following the pattern of other ASEAN markets. Our OEM/ODM model adapts naturally: we ship semi-knocked-down kits and support in-country assembly for partners who want local-value-add labeling, shorter lead times, and tariff advantages.
Battery technology keeps improving. LiFePO4 energy density and cycle life have improved steadily, and sodium-ion batteries are beginning to appear in demonstration projects — offering a chemistry with even better tropical temperature tolerance. Our R&D line prototypes new chemistries as soon as they are production-ready, so Philippine projects can adopt them without waiting for the next generation of imports.
Consolidation around certified suppliers. As the market matures, buyers are consolidating around manufacturers that can prove wind resistance, waterproofing, battery quality, and certification — the four pillars this article has covered. The days of the $40 fixture are ending; the era of the engineered, documented, typhoon-rated solar street light is beginning.
Explore the full range from our factory: browse the complete solar street light collection for Philippines solar street light configurations, our solar flood lights for security and area lighting, and our LED flood lights for grid-connected projects. View all products, read more about the factory and certification matrix on our About Us page, or send your project brief directly to the export team via Contact Us.
Our typhoon-rated solar street lights are designed and load-tested for sustained winds of 140+ km/h, with structural margin for gusts, across the complete pole-fixture-foundation assembly. We provide certified wind-load calculations with each quotation for the exact pole height and configuration.
Yes. IP67 (dust-tight, protected against 1-meter immersion for 30 minutes) is the minimum we recommend for the Philippines because typhoon-driven rain, standing water, and coastal humidity defeat IP65 fixtures within one to two seasons. Every SUNDE IP67 solar street light destined for Philippine typhoon zones passes a factory submersion test on 100% of units before packing.
Our LiFePO4 batteries are rated for 4,000+ charge cycles — roughly 8–10 years of daily cycling — versus 1.5–3 years for typical lead-acid or generic lithium cells. Cycle-life test data and cell datasheets are provided with every quote.
We manufacture in an ISO 9001 factory and provide CE, ROHS, FCC, EMC, UL, CB, LVD, SAA, and UKCA certificates with accredited test reports. For the Philippines specifically, we coordinate BPS testing and documentation and support your ICC (Import Commodity Clearance) application with the full technical file, test reports, and factory authorization letters.
Yes. We prepare the complete documentation pack — BPS-aligned test reports, factory authorization, invoices, and technical files — and our export team works with your importer or a recommended partner importer to file the ICC application so shipments clear customs without detention.
MOQ is around 100 pieces for standard designs and 500 pieces for private-label OEM/ODM programs with custom branding and packaging. For Philippine government solar street light project orders, we can discuss staged deliveries that match your bid quantities and payment schedule.
Standard solar street light configurations ship in 15–25 days after confirmation. Private-label programs with exclusive molds require tooling time of 25–40 days for the first order, then return to standard lead times on reorders. With 20+ production lines and 35,000 PCS daily production capacity, we schedule project orders without displacing your reorders.
Yes. We self-develop private molds that belong exclusively to your brand, store them under your project name, and never sell that mold to another customer. Exclusive agency agreements and market protection clauses are standard in our OEM solar lighting Philippines contracts.
Standard warranty is 2 years on the complete fixture and 3–5 years on the battery per the project spec. If a quality problem occurs, we promise a refund or free replacement, and our after-sales team responds within 2 hours. Spare-parts kits are included with project orders to keep your channel self-sufficient.
Standard is 3 nights; island and off-grid programs use 5–7 nights. Autonomy is a design parameter — we size the panel and battery bank accordingly, and the MPPT controller (up to 97% efficiency) maximizes recovery even through monsoon cloud cover.
Yes. We supply 4–10 meter poles (galvanized or powder-coated to your color), 3,000K–6,500K color temperature, and custom optical distributions with IES/LDT files matched to DPWH road lighting classes. Fifteen professional designers support your custom configuration.
Yes. We prepare notarized manufacturer authorization letters, ISO 9001 certificates, test reports, wind-load calculations, IES files, and the full documentation pack within 48 hours of request, formatted for PhilGEPS submission. We also coordinate delivery around public-sector payment cycles.
Typical terms are 30% deposit with the balance before shipment for standard orders, with flexible terms (including staged shipments and letter of credit) for government project volumes. Our export team structures terms that let you bid Philippine tenders without tying up your working capital.
Zhongshan Sunde Lighting Co., Ltd. is an OEM/ODM factory with 15 years of experience in LED lighting, headquartered in Zhongshan, Guangdong, China. We are a long-term manufacturing partner to 20+ leading listed brands and have delivered 50+ government solar street lighting projects across Southeast Asia. Our facility spans 160,000 m² with 500+ workers, including 50+ senior engineers and 200+ skilled workers, running 20+ production lines with a daily output of 35,000 PCS. Every fixture is 100% tested — solar panel, battery, waterproofing, IES photometrics, aging, salt spray, packaging, and voltage capacitance — before it ships. With 15 professional designers, 90% customer repurchase rate, 100% on-time delivery (zero delays for 5 consecutive years), and a certificate matrix covering CE, ROHS, ISO9001, FCC, EMC, UL, CB, LVD, SAA, and UKCA, SUNDE is one of the most consulted lighting manufacturers on B2B platforms. All inquiries and after-sales are responded to within 2 hours, and we promise a refund or free replacement for quality problems. Find out more about our factory and capabilities on our About Us page.
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: 2026-08-14
Internal product reference: SUNDE-SL-PH-2026 | For Philippines Market
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
