OEM Street Light With Solar Panel And Battery Manufacturer & Suppliers

Decentralized Infrastructure Solutions & Engineered Photovoltaic Systems for Municipal, Commercial, and Industrial Lighting Projects Globally.

Ningbo Jianheng Import & Export Co., Ltd.

Operating in close alignment with our integrated manufacturing facility, Ningbo Yuancheng Plastic Co., Ltd., we stand as a premier global manufacturer of solar lighting systems. With a rich corporate lineage spanning over 20 years, our facilities have evolved into a state-of-the-art base for solar energy R&D and precision hardware manufacturing.

Covering a specialized manufacturing footprint of 10,750 square meters, our facilities are equipped with automated SMT assembly lines, battery pack thermal testing instruments, and photometric laboratory equipment. Powered by a workforce of 105 skilled technicians and 15 specialized engineers, we bridge the gap between initial prototyping and high-volume component distribution.

  • 20 Years of OEM/ODM Manufacturing Excellence
  • 10,750 m² Automated Assembly Facility
  • BSCI & ISO9001:2015 Certified Management
  • 7-Day Fast-Track Custom Prototyping Capability
Ningbo Jianheng Manufacturing Plant
20+
Years of Industry Expertise
10,750m²
Modern Factory Area
105+
Skilled SMT & Assembly Workers
7-Day
Rapid Prototyping Cycle

Global Commercial & Industrial Landscape

Analyzing the macro trends, sustainability mandates, and economic drivers of grid-independent public illumination.

Solar Street Light Infrastructure

The global paradigm shift toward net-zero municipal grids has accelerated the adoption of decentralized solar street lighting systems. Once restricted to ancillary rural paths, modern advancements in high-efficacy LEDs, integrated Lithium Iron Phosphate (LiFePO4) chemistries, and intelligent MPPT (Maximum Power Point Tracking) charge controllers have established solar street lights as a viable utility alternative for highways, logistical hubs, and major public walkways.

From a financial perspective, industrial projects that implement integrated solar systems bypass the extensive capital expenditures of trenching, cabling, and grid-connection. Our customized OEM street lights integrate these components—mono-crystalline PV modules, long-lifespan lithium cells, and adaptive LED arrays—into streamlined assemblies that reduce Total Cost of Ownership (TCO) by up to 60% over a typical 10-year asset lifecycle.

"By 2026, over 45% of new public lighting installations globally are projected to operate on decentralized off-grid photovoltaic networks, fueled by municipal carbon-reduction goals and safety mandates."

Rigorous Quality Control & Regulatory Compliance

At Ningbo Jianheng (Ningbo Yuancheng Plastic Co., Ltd.), quality is the core metric of our manufacturing process. We maintain strict control over every stage of production—from incoming cell sorting to final thermal stability runs on our finished battery packs. Our systems are verified by international testing bodies, ensuring your project meets local safety, electrical, and structural codes.

Our company is fully compliant with BSCI and ISO9001 quality management protocols. Our catalog holds certifications including CE, ROHS, UKCA, and IP65/IP68 ingress ratings. By maintaining complete documentation and traceability of our raw materials, we guarantee long-term durability in challenging outdoor environments.

ISO 9001 BSCI COMPLIANT CE / ROHS UKCA MARK
Jianheng Quality Inspection Lab
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Technical Roadmap & Innovation

Engineered design integrations optimized for low-temperature operation, high luminous output, and intelligent power management.

High-Efficiency PV Panels

We deploy high-conversion-rate monocrystalline silicon PV panels, maintaining efficiency levels above 21.5% to maximize energy harvesting even in overcast and high-latitude conditions.

Advanced LiFePO4 Battery Integration

Our street lights utilize high-temperature-tolerant Lithium Iron Phosphate (LiFePO4) battery packs, rated for over 3,000 charge cycles at 80% Depth of Discharge (DoD) with a built-in protective BMS.

Smart MPPT Controller Algorithms

Equipped with intelligent microcontrollers, our street lights feature adaptive dimming schedules, multi-stage temperature compensation, and PIR/microwave motion detection profiles.

Solar street light testing and engineering

Localized Application Scenarios

Engineered options designed to operate reliably across diverse climatic zones and municipal configurations.

Climatic Configurations

Monsoon & Coastal Zones: Designed with marine-grade structural coatings and 316-grade stainless steel components, our fixtures carry IP66-rated enclosures to withstand salt spray corrosion, humidity, and typhoons.

Arid & High-Dust Environments: Engineered with sloped, self-cleaning glass profiles on the PV module to limit dust aggregation, our street lights also utilize specialized high-temperature-rated battery enclosures.

Cold & High-Latitude Regions: Integrated heating pads in the battery compartment warm the cells when charging temperatures drop below freezing, maintaining lithium performance through winter.

Urban installation of solar street lighting

Macro-Level Lighting Solutions

Comprehensive turnkey engineering support for public works, infrastructure development, and industrial logistics facilities.

Industrial lighting arrays

Our commercial program supports structural projects with engineered components designed for reliability and ease of deployment. We assist developers, EPC contractors, and municipal planners with site lighting calculations, custom mounting brackets, and specific color-temperature setups to ensure regulatory compliance.

From smart highways and commercial storage yards to perimeter security installations and rural access roads, our factory-direct OEM products are built for straightforward field service. By offering prefabricated, plug-and-play wiring connections, we minimize onsite assembly mistakes and accelerate installation timelines.

  • Dialux Simulation & Photometric Planning Services
  • Custom Marine-Grade Powder Coatings & Colors
  • Extended Autonomy Designs for Multi-Day Rain Events
  • Smart-Grid Integration & Wireless Monitoring Modules
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Technical Q&A & Expert Insights

Key engineering, logistical, and design considerations answered by our technical department.

1. What battery chemistry is standard in Ningbo Jianheng's solar street lights?
We use high-purity Lithium Iron Phosphate (LiFePO4) batteries. Unlike lead-acid or standard ternary lithium cells, LiFePO4 chemistry provides a longer cycle life (3,000+ cycles at 80% DoD), better thermal stability up to 60°C, and does not exhibit memory effects. This guarantees an operating lifespan exceeding 7-8 years under typical municipal lighting cycles.
2. How do you size components for regions with low solar radiation?
Our engineers calculate local solar insolation values (measured in kWh/m²/day) based on your site's coordinates. We then adjust the PV panel wattage, battery capacity, and controller programming to ensure the system operates reliably. This prevents deep discharge cycles and keeps the lights running through consecutive rainy or overcast days.
3. What is the standard lead time for customized OEM solar light samples?
We support a fast 7-day proofing service for standard custom configurations. This is achieved by maintaining an inventory of pre-machined housings, diverse optic arrays, and standard battery packs, allowing us to configure and ship prototypes quickly for evaluation.
4. Are your systems certified for municipal or public works projects?
Yes. Our production facilities carry ISO9001 and BSCI compliance. Our solar street lights and components are certified under CE, RoHS, and UKCA standards. The enclosures are also rated IP65/IP66 for dust and water ingress protection.
5. How does the intelligent dimming program work?
Our controllers use multi-stage scheduling. For example, a system can run at 100% brightness for the first 4 hours of the evening, step down to 30% during quiet overnight hours, and return to 100% when its PIR/microwave sensor detects movement. This conservation method significantly extends battery runtime.