Application Requirements
Daily charging and discharging, stable night-time output, outdoor durability and matched voltage for solar controllers.
Battery Pack Options
LiFePO4 packs for long-cycle outdoor lighting and custom lithium packs for compact solar lighting equipment.
Typical Applications
Solar street lights, garden lights, pathway lights, security lighting, signage lighting and remote outdoor lamps.
Customization Support
Voltage, capacity, casing, terminals, charging profile, low-temperature protection and label can be configured by project.
Quality and Production Support
Cell matching, BMS verification, capacity test, aging test and final inspection support stable outdoor use.
Project Information Needed
Share lamp power, solar panel/controller specs, autonomy target, installation environment and estimated quantity.
How Buyers Evaluate Solar & Outdoor Lighting Battery Manufacturer
For buyers working with Solar Street Light Battery, LiFePO4 Packs, Outdoor Lighting projects, the battery is not a standalone commodity. It affects the finished product's runtime, installation process, charging behavior, service workload and customer experience. A clear project brief lets ASOL match the pack to the real operating environment rather than simply selecting the largest capacity that fits. The most useful starting point is the existing battery or device specification, together with the expected daily load, charging source and available installation space.
Battery Design for the Complete System
A practical solar & outdoor lighting battery manufacturer design considers the cell format, series/parallel configuration, continuous and peak current, protection settings, connector, wiring and enclosure at the same time. These choices must work with the charger, control board and mechanical layout, not just the nominal voltage printed on the label. Reviewing these factors early helps prevent expensive changes after a prototype has been installed or a production line has been prepared.
OEM Manufacturing, Documentation and Project Planning
ASOL supports battery-pack assembly projects from requirements review through cell matching, protection design, wiring, connector selection, labeling, validation and batch production. Production planning is based on the approved drawing, bill of materials, test requirements and order forecast rather than a generic catalogue promise. Sample development and evaluation are available for selected cylindrical and lithium polymer battery projects, subject to specification review and project requirements. MOQ and batch lead time vary by pack structure, custom parts and order quantity. Documentation such as UN38.3, RoHS, MSDS or other project-related documents can be provided according to the confirmed battery specification and project requirements.
Lifecycle Cost and Supply Decisions
Purchase price should be assessed alongside usable runtime, expected cycle life, field replacements, freight, service labor and the cost of an interrupted device or vehicle. The right battery specification can reduce avoidable returns and simplify purchasing because the electrical, mechanical and documentation requirements have been locked before production. For distributors and OEM teams, this is usually more meaningful than comparing only the initial price of two packs with the same voltage and capacity label.
What to Send for a Practical Quotation
Send the existing battery model or device information, target voltage and capacity, normal and peak load, charger details, available space, connector or terminal, operating environment, documentation needs and expected quantity. If the project is replacing an existing pack, photos of the label, connector and installation space help the engineering review move faster. ASOL can then recommend a project-appropriate battery solution and a realistic development or production path.
Need an application battery solution?
Send your voltage, capacity, battery space, connector, application and quantity. ASOL will recommend a suitable lithium battery pack solution for your device.
Recommended Battery Solutions
A purpose-built lithium battery for solar street-light projects.
FAQ
Can ASOL supply batteries for solar street lights?
Yes. ASOL supplies LiFePO4 and lithium battery packs for solar street lights and outdoor lighting equipment.
Can the battery case and connector be customized?
Yes. Case design, terminals, wire length, connector, BMS and label can be customized according to the lamp structure.
What information is needed for a solar lighting battery quote?
Please send lamp power, controller voltage, battery space, autonomy target, installation temperature and project quantity.
What is the MOQ for an OEM Solar & Outdoor Lighting Battery project?
MOQ depends on the selected cells, pack structure, housing, customization level and order plan. Standard configurations usually have a lower starting quantity than a new fully custom design; ASOL confirms the applicable MOQ with the quotation.
Can ASOL provide private label or OEM branding?
Yes. Label artwork, logo, packaging, carton marks and selected casing details can be reviewed after the battery specification and compliance requirements are confirmed.
Which projects are eligible for sample development?
Sample development and evaluation are available for selected cylindrical and lithium polymer battery projects, subject to specification review and project requirements. Production lead time is confirmed after the final specification, order quantity and packaging requirements are agreed.
Which documentation can be provided?
Documentation such as UN38.3, RoHS, MSDS or other project-related documents can be provided according to the confirmed battery specification and project requirements.
What happens after I submit an inquiry?
ASOL reviews the application, voltage, capacity, load, battery space, charging method, connector, documentation needs and estimated quantity. The team then recommends a suitable pack structure and confirms the next step for an eligible sample project or production.
