Architectural Lighting
Solar Garden Light Pro
Integrated die-cast aluminum post and bollard fixtures featuring MPPT dimming and LiFePO4 cells.
Access Pricelist →Explore factory-direct solar lighting, intelligent maintenance robotics, and power electronics engineered to CE, TUV, and IEC standards for global deployments.
Integrated die-cast aluminum post and bollard fixtures featuring MPPT dimming and LiFePO4 cells.
Access Pricelist →
High-lumen optical distribution modules tailored for park perimeters, logistics yards, and campus pathways.
Access Pricelist →
All-in-one monocrystalline systems eliminating external cabling for high-wind public landscaping projects.
Request Factory Quote →
Waterless automated track crawlers mitigating dry-climate soiling losses across utility and C&I arrays.
View Specifications →
Double-headed counterbalance cleaning brush engineered for rapid maintenance on distributed solar installations.
Access Pricelist →
Heavy-duty toroidal transformer topology supporting high-surge inductive loads and weak-grid environments.
Inspect Datasheet →
Intelligent hybrid inverter units managing bidirectional battery storage, solar inputs, and backup generators.
View Specifications →
Integrated standalone generation packages providing complete 24/7 autonomous power for remote infrastructure.
Request System Quote →An analytical overview of evolving municipal mandates, distributed microgeneration policies, and decarbonization pressures reshaping global outdoor luminaire deployment.
Public works authorities across the EU, North America, and APAC now impose mandatory zero-emission exterior lighting standards for municipal pathways, historic parks, and university grounds. By replacing trench-and-wire electrical setups with standalone solar garden lighting, civil engineering contractors bypass trenching costs while reducing installation carbon debt by up to 68%.
In regions experiencing extreme weather volatility, distributed outdoor solar bollards and garden poles maintain mission-critical perimeter illumination during grid outages. Industrial parks, healthcare clusters, and port zones rely on decentralized solar luminaires as fail-safe emergency egress lighting without adding to peak diesel generator runtime loads.
Commercial facility managers prioritize modern solar garden lights because lifetime lifecycle costs (LCC) outperform traditional AC luminaires within 24 to 36 months. With zero continuous kWh utility draw and solid-state LED arrays paired with LiFePO4 batteries exceeding 3,000 cycles, maintenance frequency shifts from bi-monthly to once every five years.
Beijing Multifit Electrical Technology Co., Ltd. (VMAX POWER) leverages 15+ years of tier-1 supply ecosystem integration, delivering structural price performance and rapid custom scalability.
Direct tier-1 access to monocrystalline wafer silicon, high-grade ADC12 aluminum extrusion, and automated SMT machinery eliminates trading markups, lowering per-unit production costs by 22-30% compared to third-party brokers.
Integrated MPPT drivers developed in-house optimize power conversion efficiency to 98.2%. Multi-stage PIR and microwave motion algorithms adapt power outputs based on local ambient light and seasonal cloud cover profiles.
Every luminaire batch undergoes salt-spray chamber testing (1,000 hrs), IP66/IP67 ingress validation, vibrating drop checks, and thermal shock chamber cycling (-30°C to +75°C) before container loading.
Trading under equity code 280768, our manufacturing base maintains transparent operational governance, verifiable ISO 9001/ISO 14001 compliance, and audited capacity to support multi-megawatt EPC tenders.
Indicative wholesale commercial pricing tier for municipal procurement, global engineering distributors, and volume container contractors (FOB China base).
| Model / Application Class | LED Power / Lumens | PV Module & Battery Type | Autonomy (Rainy Days) | Certifications | Indicative Price (MOQ 100+) |
|---|---|---|---|---|---|
| Pathway Bollard (Series V-GL15) Residential complexes, luxury walking paths |
15W / 2,100 lm 3000K-5000K CCT |
18V 25W Mono-Si LiFePO4 12.8V 12Ah |
3 - 5 Continuous Days | CE, RoHS, IP65 | $32.00 - $45.00 / unit |
| Commercial Column Post (Series V-GL40) Municipal parks, civic plazas, hotels |
40W / 5,600 lm Type II/III Optical |
18V 60W Mono-Si LiFePO4 12.8V 30Ah |
4 - 6 Continuous Days | CE, TUV, IEC, IP66 | $68.00 - $89.00 / unit |
| High-Output Architectural (Series V-GL80) Commercial perimeters, school campuses |
80W / 11,200 lm Smart Microwave Dimming |
18V 110W Mono-Si LiFePO4 12.8V 60Ah |
5 - 7 Continuous Days | CE, IEC, IK09, IP67 | $125.00 - $160.00 / unit |
| Integrated Area Luminaire (Series V-INT120) Industrial estates, transit hubs, access avenues |
120W / 17,400 lm IoT Smart Mesh Ready |
36V 160W Bifacial Mono LiFePO4 25.6V 60Ah |
5 - 7 Continuous Days | CE, TUV, IEC, ISO 9001 | $195.00 - $240.00 / unit |
*Note: Final prices depend on international freight, lithium raw material surcharges, specific pole mounting hardware configurations, and private label OEM/ODM packaging requirements.
Solar garden lighting systems must operate reliably across diverse climatic zones, from corrosive coastal shores to frigid sub-zero highlands.
Maritime air contains abrasive sodium chloride particulates that rapidly corrode conventional steel luminaires. Our garden lighting configurations incorporate marine-grade electrophoretic coated aluminum fixtures with 316 stainless-steel fasteners and conformal-coated PCB boards, resisting salt corrosion over a 10-year operating lifespan.
Sub-zero temperatures reduce standard chemical reaction speeds in lithium storage. For high-latitude European and Canadian sites, our integrated luminaires feature BMS-managed self-heating film circuits and low-temperature chemical formulas, enabling safe charging at -25°C while preventing cold-induced capacity collapse.
Middle East and North African commercial corridors experience surface temperatures exceeding 55°C combined with fine particulate accumulation. Our fixtures use open-vent heat dissipation channels to isolate the battery from driver electronics, preventing thermal runaway and maximizing optical lumen retention.
How edge computing, solar cleaning integration, and IoT micro-grids are turning static landscape lights into connected assets for modern smart cities.
Next-gen garden luminaires use onboard neural microcontrollers to calculate real-time solar yield patterns against cloud satellite forecast APIs. If multi-day overcast rain is predicted, the fixture automatically throttles lumen curves to ensure uninterrupted illumination throughout the night without risk of complete battery depletion.
Departing from isolated timers, luminaires now incorporate BLE mesh, LoRaWAN, and Zigbee node transceivers. Facility personnel can balance municipal garden brightness, monitor real-time battery cycle wear, track module soiling, and configure dimming groups from an enterprise dashboard without running physical data cables.
Modern designs incorporate high-efficiency bifacial monocrystalline silicon wafers paired with transparent backsheets. By capturing albedo reflectance from light-colored walkways, decorative light gravel, and ground snow cover, total energy yields increase by 14% to 22%, significantly extending winter battery runtimes.
Key criteria professional buyers, municipal engineers, and electrical contractors evaluate when sourcing commercial-grade solar outdoor illumination.
Institutional tenders require verified IES light distribution files for DIALux photometric simulations. Luminaire selections depend on isolux maps, unified glare ratings (UGR < 19 for parks), and compliance with IEC 60598-2-3 (luminaires for road and street lighting) and IEC 62722 standards.
Transporting integrated lithium energy storage requires international hazardous cargo documentation. Overseas distributors must verify the manufacturer maintains UN38.3 test summaries, MSDS documentation, and sea freight certifications (IMO compliant) for smooth customs clearance.
Tier-1 distributors look for flexible casting capabilities to support distinct private label branding. VMAX POWER provides custom tooling, tailored anodized finishes, customized color temperatures (2700K to 6500K), and private packaging to help distributors stand out in domestic markets.
Clear, engineer-verified answers to common technical, logistics, and quality assurance questions raised by wholesale buyers and EPC project teams.
VMAX POWER is the dedicated export division of Beijing Multifit Electrical Technology Co., Ltd. Founded in 2009 and headquartered in the Beijing Economic & Technological Development Zone, we operate our own R&D labs, SMT lines, assembly facilities, and test bays. Buyers deal directly with factory engineers without middleman markups.
Our products and operations hold CE, TUV, and IEC certifications alongside audited ISO 9001 quality management and ISO 14001 environmental standards. We hold over 20 CE declarations and more than 20 national patents. Complete compliance files and test certificates are readily provided for municipal tender bids.
Yes. We regularly supply tailored OEM/ODM orders for large distributors and government tenders. This includes silk-screened brand logos, custom housing colors, tailored lens distributions (Type I, II, or III), customized battery capacities, and branded multilingual retail packaging with reasonable MOQs.
Lithium Iron Phosphate (LiFePO4) is standard across our outdoor lines because it offers exceptional thermal stability and avoids thermal runaway risks up to 60°C. LiFePO4 cells maintain over 3,000 charge cycles at 80% DOD—outlasting standard ternary NMC chemistry (500–800 cycles) by more than triple the service life.
Our fixtures are engineered with a smart autonomy buffer. By combining oversized LiFePO4 storage with adaptive MPPT dimming micro-controllers, the luminaire automatically lowers base idle output to 20-30% on dark days, ramping back up via microwave radar only when pedestrian motion is detected. This preserves essential perimeter lighting throughout extended overcast periods.
Engineering teams and procurement managers can reach our Beijing export engineering desk directly at [email protected] or via telephone at +86-15801582755. You can also connect instantly via our official WhatsApp desk (+86 159 1087 0754) for complete DIALux photometric models, production run dates, and FOB/CIF price quotes.
Complete your procurement package with compatible balance-of-system hardware, automated maintenance tools, and off-grid electronics designed to work seamlessly together.
Lightweight, transformerless inverter series designed for high-density space-saving residential installations.
Access Pricelist →
Commercial grid-synchronized rooftop packages designed to lower utility bills with net-metering support.
Request System Quote →
Long-cycle prismatic LiFePO4 and gel battery banks providing deep discharge security for off-grid operations.
View Specifications →
High-tracking-speed solar charge controllers maximizing harvest yield in variable cloud conditions.
Request Factory Quote →
Matched complete photovoltaic bills-of-materials engineered to simplify on-site commissioning for EPC teams.
Access System Catalog →
Engineered exterior lighting fixtures designed for heavy industrial installations and continuous dusk-to-dawn duty.
Access Factory Direct →
High-density half-cut PERC and TOPCon solar modules engineered for maximum conversion per square meter.
Access Pricelist →
Balance of system protection equipment, DC combiners, and mounting systems built for harsh environments.
Request BOS Quotes →Share your tender specifications, load demands, or distributor distribution territory requirements. Our factory engineering team will return complete photometric studies, bill-of-materials sizing, and direct wholesale pricing within 24 hours.