Views: 0 Author: Site Editor Publish Time: 2026-08-21 Origin: Site
Every night, palm oil estates in Kalimantan, rubber plantations in southern Thailand, and rice mills in Vietnam's Mekong Delta lose millions of dollars to harvest theft, equipment loss, diesel siphoning and unauthorised entry. A solar flood light plantation Southeast Asia installation is the fastest, most cost-effective way to secure these assets without waiting for grid extension. This guide explains how agricultural solar flood lights are engineered for fully off-grid plantation environments, which specifications actually matter in equatorial monsoon climates, and how SUNDE supports OEM/ODM agricultural lighting brands across ASEAN with certified, private-label-ready products.
Market Overview: Why Plantation Security Is Driving ASEAN Lighting Demand
Chapter 1: The ASEAN Plantation & Agricultural Lighting Market
Cost Comparison: Solar vs Grid vs Diesel for Perimeter Lighting
Southeast Asia is the world's most productive agricultural region, contributing more than one-fifth of global agricultural output. ASEAN member states produce roughly 85% of the world's palm oil, more than 80% of its natural rubber, and a substantial share of global rice, coffee, coconut and sugar. Indonesia alone plants around 16.4 million hectares of oil palm; Malaysia follows with roughly 5.6 million hectares; Thailand's rubber estates cover approximately 3.2 million hectares; and Vietnam's Mekong Delta mills handle tens of millions of tonnes of paddy every year.
The scale of these operations creates matching demand for security infrastructure. Estates typically sit far from municipal power grids, cover thousands of hectares, and hold high-value assets: harvested fresh fruit bunches, field machinery, diesel, fertiliser stockpiles and processing equipment. With theft losses commonly reported at 3-8% of annual harvest value in some regions, plantation managers increasingly specify agricultural solar flood light Indonesia and regional equivalents as their primary perimeter defence. Off-grid solar lighting delivers immediate protection at a fraction of trenching-and-cabling cost, with no monthly electricity bills and no dependence on unreliable rural grids.
For agricultural lighting brands, security system integrators and OEM/ODM buyers, this is a fast-growing procurement category: dedicated plantation solar lighting projects now range from 50-unit estate pilots to 2,000+ unit national rollouts. The rest of this guide breaks down the market, the engineering, the compliance and the procurement playbook for this sector.
Understanding where the demand comes from helps buyers specify the right products. Each agricultural sector has its own geography, crime profile and operating hours - and the ideal solar flood light for one crop is not always ideal for another.
Indonesia and Malaysia together account for roughly 85% of global crude palm oil output. A typical Indonesian estate covers 5,000-20,000 hectares split into blocks, served by a network of estate roads, field depots, weighbridges and a central palm oil mill. The most valuable night-time assets are freshly harvested fruit bunches awaiting collection, tractors and harvest machinery, and diesel stores at remote depots. Because estates run extended working hours during peak harvest, perimeter fence-lines, main gates, weighbridge areas and mill yards are the priority zones for solar security flood lighting. IP67 solar flood light palm oil estate specifications - vandal-resistant housings, 3+ day battery autonomy, anti-corrosion treatment - are now standard in estate tender documents across Sumatra, Kalimantan, Sabah and Sarawak.
Thailand is the world's largest natural rubber producer. Rubber tapping happens in the early morning darkness (02:00-06:00), which means security lighting must also support safe worker movement along tapping paths, latex collection points and storage sheds. Theft of latex cups, coagulated rubber and tapping tools is a persistent problem, particularly in border provinces. A solar flood light rubber plantation Thailand deployment typically mixes wide-beam flood lights at shed and gate areas with narrower corridor lighting along access roads, so both security patrols and pre-dawn tapping crews benefit from the same installation.
Vietnam is among the world's top three rice exporters and the second-largest coffee exporter. The security-critical infrastructure is the processing chain: paddy storage warehouses, rice mills, drying yards and coffee hulling stations. These facilities run day and night during harvest season, operate in flood-prone rural areas where grid power is unstable, and hold inventory worth hundreds of thousands of dollars. Solar flood light rice mill Vietnam projects therefore emphasise waterproofing (IP67 minimum), battery autonomy of 3-5 days, and motion-sensing modes that switch from low standby power to full brightness when intruders or night-shift workers approach.
The Philippines is the world's largest exporter of coconut products and a major sugar producer. Plantations are often located in typhoon-prone coastal provinces, so wind-load-rated mounting brackets, IP67 weatherproofing and salt-spray-resistant finishes are non-negotiable. Solar perimeter light plantation specifications for Philippine estates also require surge protection and hot-dip-galvanised poles that survive severe typhoon gusts. The same engineering discipline applies to sugar estates in Negros and Luzon, where night-time loading operations and storage compounds need continuous illumination.
Across Myanmar's rice-growing Ayeyarwady region, and in Cambodia and Laos, estate security lighting is at an earlier adoption stage but growing quickly, driven by rural electrification gaps and rising crop prices. Buyers in these markets typically begin with 100-500 unit pilot projects and scale after one successful harvest season, often working with the same integrator throughout.
Harvest theft: fresh fruit bunches, latex, coffee cherries and paddy moved off-site under cover of darkness
Equipment and diesel theft at remote field depots and fuel stores
Trespassing, poaching and land encroachment on estate boundaries
Wildlife intrusion - wild boar and, in parts of Sumatra and peninsular Malaysia, elephants
Worker camp and weighbridge safety during night shifts and early-morning operations
Estate road visibility for harvest vehicles, tankers and security patrols
Across all six sectors the procurement logic is identical: specify an agricultural-grade solar flood light with genuine IP67 weatherproofing, anti-corrosion treatment and sufficient battery autonomy - then scale zone by zone as results prove out.
Plantation environments punish equipment that is designed for urban rooftops. Humidity above 85%, salt air near coasts, fertiliser dust, monsoon storms, heat above 40°C in exposed locations, and animals that treat panels and cables as obstacles - every one of these factors has to be engineered for before installation. These are the specifications that separate a solar security flood light Malaysia-grade agricultural product from a consumer unit that fails within one rainy season.
Most estates sit kilometres beyond the nearest grid line, and grid extension costs can exceed the lighting equipment itself. Every luminaire must therefore be a self-contained power station: solar panel, MPPT charge controller, battery, LED engine and smart control all in one. Fully off-grid solar flood light farm systems use 12-24V DC architecture with no trenching, no cabling and - critically - no copper cable for thieves to steal. There is also no monthly tariff, which matters in countries where rural electricity is subsidised but unreliable: estates lose days of production to blackouts every rainy season, while solar keeps running.
ASEAN receives 2,000-4,000 mm of rainfall a year, and monsoon storms drive rain horizontally at high speed. IP65 only resists low-pressure water jets; IP67 seals the housing against temporary immersion and, combined with sealed connectors and potted electronics, survives years of monsoon exposure. Buyers should check that not only the housing but also the battery compartment, solar connector and cable entries are sealed. This is the single most common cause of early failure in tropical installations, and the reason IP67 solar flood light plantation is now written into the tender documents of most agricultural projects.
Harvest machinery, falling fronds, coconuts and cattle rubbing against poles all put mechanical stress on fixtures. IK10-rated housings withstand a 5-joule impact - the equivalent of a heavy tool striking the surface - without cracking or letting water in. Mounting hardware deserves equal attention: use galvanised steel brackets with tamper-proof stainless fasteners, run cables inside conduit so monkeys and rodents cannot gnaw them, and elevate panels on sturdy frames that wild boar and buffalo cannot knock over. Termites are a real threat to untreated timber poles; metal poles with concrete bases are the durable standard for estate perimeter work.
Coastal coconut estates expose fixtures to continuous salt spray; oil palm estates create fertiliser dust (urea, NPK) and palm oil residue; rice mills combine humidity with grain dust. Any of these will corrode untreated aluminium or steel housings within 12-24 months. Agricultural-grade fixtures use marine-grade powder coating, anodised aluminium, stainless steel fasteners and sealed electronics. SUNDE runs salt spray testing on every solar flood light series - the same test standard used by marine and offshore lighting - so coastal and chemical-exposed sites get equipment that survives, not just works on day one.
During the rainy season, consecutive overcast days are normal. A system sized for one day of autonomy will shut down mid-monsoon - precisely when estates are most vulnerable to theft and when night harvesting is busiest. The minimum specification for agricultural projects is 3 days of battery autonomy; high-value sites such as weighbridges, fuel stores and mill yards should specify 5 days. Lithium iron phosphate (LiFePO4) chemistry is the correct choice for tropical estates: it delivers 2,000+ charge cycles, tolerates ambient temperatures up to 55°C better than other lithium chemistries, and holds charge without the maintenance burden of flooded lead-acid batteries.
At equatorial latitudes (Jakarta, Pontianak, Medan, Kuala Lumpur: 0-6°N), the sun is almost directly overhead year-round and the seasonal variation in solar angle is small. Panels mounted vertically on walls lose a large share of yield because they never face the sun directly; panels should instead be tilted 5-15° from horizontal and oriented toward the equator-facing azimuth for maximum daily yield. The general rule for ASEAN sites is a tilt angle roughly equal to the local latitude, adjusted slightly to favour the wet season, when cloud cover makes every available hour of sunshine critical. Correct orientation is free energy - and the difference between a system that runs all night and one that dims by 22:00.
Plantation security lighting is a zone-based design exercise. Different zones need different beam patterns, mounting heights and spacing:
Zone | Recommended Product | Mounting Height | Spacing |
|---|---|---|---|
Fence-line perimeter | 100-200W solar flood light | 5-6 m | 10-15 m |
Main gate / weighbridge | 300-600W solar flood light | 6-8 m | 1-2 units per gate |
Field depot / fuel store | 200-400W solar flood light | 6 m | 15-20 m |
Estate access roads | Solar street light | 7-8 m | 25-35 m |
Mill yard / warehouse | 400-1000W solar flood light | 8-12 m | Per lux calculation |
Wide-beam optics cover open yard areas, while narrow asymmetric beams create a continuous light curtain along fence-lines so intruders cannot slip through dark gaps. For estates that already have grid access in some zones, a hybrid approach combining LED flood lights on grid power with LED street lights and solar street lights on remote stretches delivers the best cost-performance balance.
Most of the solar flood lights sold into plantation projects do not carry the manufacturer's name - they carry the brand of a local agricultural equipment supplier, security integrator or lighting distributor. That private-label model is how successful brands in Indonesia, Thailand, Vietnam and the Philippines differentiate themselves, protect margins and build recurring revenue from estate maintenance contracts. SUNDE has built its OEM/ODM business around exactly this channel.
Agricultural projects rarely fit standard retail SKUs. Perimeter fence-lines may need 120W narrow-beam units, while mill yards need 600W wide-beam flood lighting. SUNDE supports custom wattage, custom lumen packages, custom beam angles and custom battery capacity per zone, so your product line maps exactly to the zone-based design table above instead of forcing compromise.
Your brand goes on the housing, carton, user manual and warranty card. For ASEAN agricultural buyers we produce documentation and installation videos in Bahasa Indonesia, Thai and Vietnamese as well as English, and can adapt packaging for local humidity and transport conditions. A complete private-label programme - product, packaging, paperwork and marketing support - is what turns a one-off import into a repeatable estate business.
OEM/ODM buyers also inherit SUNDE's engineering capacity: lighting design calculations for tender submissions, photometric (IES) files, certification documentation and sample inspection support. That support is what lets smaller brands bid on plantation projects they could not otherwise touch.
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If you are building an agricultural lighting brand for the ASEAN plantation sector, start the conversation from our product range and review our manufacturing and certification background before sending your project brief.
Agricultural infrastructure projects in Southeast Asia are increasingly procured through formal tenders, and tender committees check documentation as carefully as they check price. Selling into these projects - or supplying the brands that bid on them - requires a certification and compliance stack that matches each country's requirements.
Indonesia applies SNI (Standar Nasional Indonesia) certification to many electrical products sold into the domestic market, with lighting products referenced to the IEC 60598 family of standards. Estate and government-backed plantation projects frequently require SNI-marked products plus the supporting SPPT-SNI documentation at the point of bid submission. Working with a manufacturer that has already navigated SNI processes for lighting significantly de-risks the import and tender cycle for Indonesian buyers.
Thailand requires TIS (Thai Industrial Standard) certification for certain product categories, with luminaires falling under TIS standards aligned to international safety norms. Plantation projects in the southern rubber belt and the northeastern cassava and rice regions increasingly specify TISI-marked or test-report-backed products. For a solar flood light rubber plantation Thailand rollout, confirm with your integrator which product categories require mandatory TIS marking and which accept IEC test reports.
Across ASEAN, IEC 60598 (luminaires) and IEC 60529 (ingress protection) form the de facto technical baseline; CE marking and ROHS compliance are the international language of every tender. Add ISO9001 factory certification, and the manufacturer demonstrates that quality is managed at system level, not per-batch. Malaysian projects commonly reference SIRIM; Philippine projects reference DTI/BPS; Vietnamese projects reference CR marking under QCVN regulations - all of these are easier to satisfy when the base product is already CE/ROHS and IEC-compliant and the factory has the full test documentation ready.
Real plantation tenders rarely stop at "certified product". Typical submission packages require: photometric (IES) files and lux simulation for each zone, IP rating test reports, battery cycle-life test reports, salt spray test reports, aging test reports, sample inspection, and a warranty and spare-parts commitment. SUNDE's 100% product testing programme - solar panel, battery, waterproof, IES, aging, salt spray, package and voltage capacitance - was built to generate exactly this documentation on demand for OEM/ODM buyers and their end customers.
Sustainability certification is becoming inseparable from palm oil procurement. RSPO (Roundtable on Sustainable Palm Oil) Principles and Criteria require safe working conditions, and night-time operations - harvest collection, weighbridge traffic, security patrols - need reliable lighting that does not depend on diesel generators. Solar flood lighting supports the sustainability narrative directly: zero fuel consumption, zero emissions, and clean energy on estates that increasingly report ESG metrics to buyers in Europe, India and the Middle East. For plantation groups pursuing RSPO or deforestation-free commitments, off-grid solar security lighting is a visible, auditable improvement that also cuts operating cost.
For a compliance checklist tailored to your target country and tender type, our export team maintains current documentation for each market - ask for it when you send your project brief.
The following cases are anonymised summaries of agricultural projects supplied by SUNDE and its OEM/ODM partners. They illustrate the zone-based design approach in practice.
A 280-hectare oil palm estate in Central Kalimantan faced recurring theft of fresh fruit bunches and diesel from field depots, with losses concentrated along a 4.8 km section of fence-line bordering a public road. The project installed 180 units of 200W IP67 solar flood lights on 5-6 m galvanised poles with LiFePO4 batteries sized for 3 days of autonomy, plus 600W units at the 14 gates and weighbridge. Motion-sensing mode kept lights at 30% standby power and switched to full brightness on detection, extending autonomy to five nights in the wet season. Over the following two harvest seasons the estate reported a roughly 70% reduction in theft incidents and eliminated the two diesel generators previously used to light the weighbridge, paying back the installation in about 14 months.
A 400-rai rubber plantation in Surat Thani needed to protect latex collection points, tapping-tool storage and a central processing shed, while also improving safety for tapping crews starting work at 03:00. The solution used 60 units of 100W wide-beam solar flood lights with 20% standby and motion-triggered full output. Because tapping paths run through the same area, the motion sensors were tuned to trigger on worker movement as well as intruders, turning the security system into a dual-purpose worker-safety system. The estate owner reported the pre-dawn theft of latex and tools effectively stopped, and worker punctuality improved because the collection points were visibly lit from a distance.
A 3,200 m² rice mill with a 2,000-tonne paddy warehouse in a flood-prone Mekong Delta district ran on an unreliable rural grid that failed repeatedly during the harvest season. The mill processes paddy 24 hours a day in-season and had twice been burgled at night. The project deployed 40 units of 300W and 24 units of 400W solar flood lights with 5-day autonomy, mounted at 8-12 m on the mill and warehouse structures, with sealed IP67 connectors and corrosion-treated housings rated for the humid, dust-laden environment. Lighting now runs through every grid blackout without interruption, and CCTV footage from the first year captured two attempted break-ins that were both deterred by full-brightness response. The mill now budgets the former diesel backup cost into additional solar coverage for its drying yard.
Five specification mistakes account for most failed plantation lighting projects. All of them are avoidable at the design stage.
Choosing IP65 because it looks "waterproof enough." Monsoon rain hits horizontally, and floodwater rises around low-mounted fixtures in rice-growing regions. IP65 housings and unsealed connectors fail within weeks in those conditions. Specify IP67 for the housing, battery compartment and all cable entries - the IP67 solar flood light plantation standard is the baseline for a reason.
Specifying one day of battery autonomy. In the wet season, one overcast day is normal; three in a row happens every year. A one-day system goes dark exactly when estates are most exposed. Specify 3 days minimum, 5 for high-value sites, with LiFePO4 chemistry for tropical heat.
Skipping anti-corrosion treatment. Coastal coconut and sugar estates, fertiliser dust on oil palm blocks, and the humidity of rice mills corrode untreated housings within 12-24 months. Require marine-grade powder coating, anodised aluminium and stainless fasteners, backed by salt spray test reports.
Ignoring animal damage. Cattle rub on poles, boar and buffalo knock low stands, monkeys and rodents gnaw exposed cables, termites eat untreated timber. Use galvanised or concrete-mounted steel, tamper-proof stainless hardware, and conduit-protected cabling.
Wrong solar panel orientation at the equator. Vertically mounted or incorrectly azimuthed panels lose 30-50% of their daily yield. Tilt panels 5-15° from horizontal facing the equator-facing azimuth, and design the controller with MPPT so every hour of wet-season sunshine is captured.
Agricultural infrastructure lighting ASEAN is moving from simple fixtures to integrated energy and security systems. Four trends will define the next two years.
Plantation lighting is becoming a connected fleet. Solar flood lights with built-in motion detection, mesh networking and app-based fleet management let estate managers see every luminaire's battery level, on/off status and fault condition from a phone - critical when estates cover thousands of hectares. Camera-linked lighting, where a light wakes to full brightness when an AI camera flags a vehicle or person, is already appearing in pilot projects in Malaysia and Indonesia.
Estate managers are combining perimeter lighting with microgrid infrastructure: worker housing, water pumps, drying facilities and cold storage sharing hybrid solar power. Security lighting becomes the first module of a broader energy system, which changes the economics of the whole estate - lighting capex is justified by the microgrid's overall returns.
European and Middle Eastern palm oil buyers are pushing ESG requirements down the supply chain. Off-grid solar security lighting is one of the easiest auditable improvements an estate can make: no diesel, no emissions, better night-time worker safety, and a documented line item for sustainability reports. Carbon-credit frameworks for agriculture add a further incentive to replace generator-powered lighting.
LiFePO4 costs continue to fall while cycle life climbs toward 5,000 cycles. Larger, flatter battery packs and modular designs will push the practical autonomy of perimeter systems from 3 days toward 7, and make it economical to power motion-activated full-brightness response on long fence-lines.
Budget is ultimately decided at estate management level, and in practice there are three realistic ways to light a perimeter: grid extension, diesel generators, and off-grid solar. For a typical 3 km fence-line with 150 units of 200W solar flood lights, the planning comparison looks like this:
Cost / Performance Item | Grid Extension | Diesel Generator | Off-Grid Solar |
|---|---|---|---|
Capital cost | Very high (cables, transformers, trenching) | Medium (generators, tanks, cabling) | Medium (fixtures and poles only) |
Monthly energy cost | High, recurring tariff | Very high (fuel + maintenance + manning) | Zero - sunlight is free |
Reliability in wet season | Depends on rural grid stability | Full, while fuel lasts | Full, 3-5 days autonomy |
Theft exposure of the system itself | Cable theft | Fuel siphoning - very common on estates | No fuel, no valuable cable |
Maintenance load | Utility crew dependent | Weekly: oil, filters, refuelling | Low: battery service every 5-8 years |
Carbon footprint | Depends on grid mix | 4-6 tonnes CO2 per generator per year | Zero |
On a typical estate, diesel-powered security lighting costs roughly USD 2,500-4,500 per generator per year in fuel and maintenance alone - and fuel theft is itself one of the crimes the lighting is meant to prevent. Grid extension for 3 km of fence-line routinely costs more than the entire solar lighting system, once trenching, transformers and approval delays are counted. Off-grid solar wins on the two metrics estate managers care about most: total cost of ownership and uptime during the wet season, when grid outages and generator failures peak.
For estates that already have reliable grid supply in some zones, a hybrid approach is often the most economical: grid-powered LED flood lights close to the mill or workers' camp, and off-grid solar flood lights everywhere else. The solar zones still save the estate the cost of extending cabling across rough terrain, and they keep working when the grid drops.
Use this checklist when drafting the tender document, request for quotation or purchase order for a plantation or agricultural facility:
IP67 rated housing, battery compartment and sealed connectors - not IP65
IK10 impact-resistant housing for mechanical abuse and falling fronds
LiFePO4 battery with 3 days autonomy minimum, 5 days for high-value zones
MPPT charge controller for maximum wet-season yield
Solar panel tilted 5-15° at equatorial latitudes, facing the equator-ward azimuth
Anti-corrosion treatment: marine-grade powder coating, anodised aluminium, stainless fasteners, with salt spray test report
Wind-load-rated mounting for typhoon-prone provinces (Philippines, coastal Vietnam)
Photometric design: IES files and lux simulation for every zone, supplied by the manufacturer
Country certifications: SNI (Indonesia), TIS (Thailand), SIRIM (Malaysia), CE/ROHS baseline
OEM options: custom wattage, custom beam angle, private label, multilingual manuals and installation videos
Warranty: 2-3 years with spare parts and a documented response-time commitment
Sample testing before bulk order - confirm real lux output, not just datasheet claims
A manufacturer that can produce test reports for every item above - as SUNDE does through its 100% product testing programme covering solar panel, battery, waterproof, IES, aging, salt spray, package and voltage capacitance - is a partner that will stand behind the project when the rainy season arrives.
For fence-line corridors at 5-6 m mounting height with 10-15 m spacing, 100-200W equivalents are the standard choice, using narrow asymmetric optics to create a continuous light curtain. Gates, weighbridges and fuel stores need 300-600W units; mill yards and warehouses need 400-1000W. A photometric design per zone, produced by the manufacturer, removes the guesswork.
A minimum of 3 days for general perimeter zones and 5 days for high-value sites such as weighbridges, fuel stores and processing yards. During the ASEAN wet season, three consecutive overcast days occur every year, and the system must still run full nights without depleting the battery below its safe depth of discharge.
IP65 resists low-pressure water jets; IP67 seals the housing against temporary immersion. In horizontal monsoon rain, floodwater and the high humidity of processing facilities, IP67 - including sealed connectors and potted electronics - is the reliable choice. Most plantation tender documents now mandate IP67.
With 100-200W units at 5-6 m mounting height, 10-15 m spacing gives a continuous light curtain with wide-beam coverage. Obstacles, terrain changes and tree lines will require adjustment; a lux-simulation design from the supplier is recommended before committing to pole positions.
Yes, if the system is designed for it. Three days of autonomy with LiFePO4 batteries plus MPPT charging means the system continues to operate through consecutive overcast days. Motion-sensing modes that run 20-30% standby power until triggered extend that autonomy substantially.
Yes. SUNDE's OEM/ODM programme covers custom wattage, beam angles, battery capacity, your brand on housing and packaging, multilingual manuals and installation videos, and tender documentation such as IES files and test reports. MOQ is 500+ units with delivery in about 25 days.
Indonesia: SNI with SPPT-SNI documentation. Thailand: TIS where mandatory for the product category. Malaysia: SIRIM for many regulated products. Across the region, IEC 60598, IP rating test reports, CE/ROHS and ISO9001 factory certification form the baseline tender package. Philippine projects reference DTI/BPS and Vietnamese projects CR marking under QCVN.
5-6 m for fence-line perimeter flood lights, 6-8 m for gates and depots, 8-12 m for mill yards and warehouses, and 7-8 m for estate roads. Higher mounting improves coverage and reduces animal interference, but increases pole cost - the zone table in Chapter 2 summarises the standard practice.
Standard bulk production is approximately 25 days from confirmed order, supported by 20+ production lines with 35,000 PCS daily capacity. SUNDE has delivered 100% on-time with zero delays for five consecutive years, including to agricultural projects in Indonesia, Thailand and Vietnam.
Every inquiry and after-sales request is responded to within 2 hours. We promise a refund or free replacement for quality problems, provide spare-parts support for estate maintenance teams, and our multilingual sales team coordinates field support in English, French and Japanese through your local integrator or OEM/ODM partner.
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: August 2026
Internal product reference: Solar Flood Light for Southeast Asia Plantation & Agriculture | For Indonesia, Malaysia, Thailand, Vietnam, Philippines
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
