English 
Spanish 
French 
German 
Italian 
Portuguese Outdoor Solar Battery Solutions Built For Business
Outdoor Solar Battery Manufacturer For Industrial And Utility Sites
MANLY Battery supplies outdoor solar battery systems engineered for harsh sites and long duty cycles. Each Lithium Battery pack comes from a controlled production line with precision welding, high-temperature testing up to 100°C, and automated data records. We offer OEM engineering, documented QC reports, and compliance files so distributors and project owners can scale with confidence.
Years in Lithium
Engineers & Technicians
Day Lead Time
Battery Protections
Countries Served
Outdoor Solar Battery Manufacturing Base For Long-Term OEM Partnerships
MANLY Battery serves OEMs that need Outdoor Solar Battery packs from a stable battery factory in china, combining over fifteen years of experience, 100% outgoing QC, daily output of more than 3,000 packs, and flexible LiFePO4 Battery configurations.
Outgoing QC Embedded In Every Production Run
We build outgoing quality control into each run, so every batch ships only after it passes electrical tests, high-temperature checks, and visual review.
High-Volume Assembly Capacity For Global Demand
Our assembly lines support more than 3,000 packs per day, which lets wholesale solar batteries buyers plan container loads and rolling replenishment.
65,000 M² Future-Ready Plant For Outdoor Projects
A 65,000 m² Future-Ready Plant in Shenzhen, Dongguan, and Huizhou provides room for Precision Production, expansion lines, and a High-Performance Lab for Outdoor Solar validation.
RELIABLE LITHIUM BATTERY MANUFACTURER FOR YOUR BUSINESS
Outdoor Solar Battery Systems Designed For Long Service Life
Each Outdoor Solar Battery system uses 12V–72V LiFePO4 packs for solar lighting, UPS, mobile power, golf carts, robotics, and home storage units. Configurations include drop-in packs, rack modules, wall-mount packs, and cabinet systems with intelligent BMS and 20+ protections, 6000+ cycle life, optional Bluetooth, self-heating function, and a 10-year warranty.
Filters
Application
Voltage
12v Lithium Battery 10Ah
12V 48Ah Lithium Battery
12 Volt Lithium Battery 100Ah
- 6000+ Deep Charge Cycles
- Extreme Weather Ready
- Bluetooth Real-Time Monitoring
12v 150Ah Deep Cycle Lithium Battery
- 5760Wh High-Power Output
- Cold-Weather Auto Heating
- Plug-and-Play Installation
12V 300Ah LiFePo4 Battery
Trusted by Leading Brands – Battery Manufacturer for Lithium & LiFePO4 Solutions
Why MANLY Outdoor Solar Battery Packs Perform In Harsh Conditions
Each MANLY Outdoor Solar Battery uses EV-grade LiFePO4 cells, a smart BMS tuned for solar duty, and test cycles in high-temp chambers before shipment. This combination keeps street lights, cameras, and other outdoor loads online across hot, cold, and humid environments.
Global Compliance Coverage For MANLY Outdoor Solar Battery Lines
MANLY Outdoor Solar Battery lines come with documented approvals, including UN38.3, IEC62133, UL, and CE, to simplify qualification for outdoor lighting and storage projects worldwide. To review or download the full certification set, please refer to the Battery Certifications page or contact us directly.
IEC62133
IEC62619
UN38.3 - Battery Test Report
Material Safety Data Sheet
How MANLY Outdoor Solar Battery Packs Move From Lab Testing To Mass Production
In MANLY’s china lithium battery factory, engineers first push LiFePO4 cells for Outdoor Solar Battery packs through power, temperature, and safety tests, then transfer approved designs to mass assembly. The process videos show 10 kWh storage packs on the line, with each stage logged and checked by in-line QC.
Solar Battery Final Manufacturing Stage
MANLY Lithium Battery Manufacturing
Solar Battery Pack Assembly
Contact Us
To receive your email faster, please copy [email protected] and send your email directly, or fill out the form below.
FAQs
What Type Of Battery Is Best For An Outdoor Solar Battery System Or Solar Lights?
For most Outdoor Solar Battery projects, LiFePO4 is the best choice if the budget allows. It offers long cycle life, good performance in partial-charge operation, and better safety margins than many other lithium chemistries.
Small garden and pathway lights often ship with NiMH AA cells, which work fine but usually have shorter life and lose capacity faster, especially in winter or in cheap brands.
For larger outdoor solar packs that support cameras, sensors, or off-grid loads, integrators on DIY solar forums commonly standardize on LiFePO4 because it tolerates frequent cycling and partial charge, and can be paired with a proper BMS for low-temperature cutoff and cell protection.
Can I Swap Different Battery Types Or Capacities In My Outdoor Solar Battery Lights?
You should only replace batteries in outdoor solar lights with the same chemistry and voltage that the product was designed for. Mixing chemistries (for example, dropping a 3.7 V Li-ion into a light built for a 3.2 V LiFePO4 or 1.2 V NiMH cell) can damage the driver circuit, overcharge the cell, or give very poor run time.
Forum users who tried “upgrading” from LiFePO4 to standard Li-ion in solar garden lights report that the electronics are tuned for the lower LiFePO4 voltage and different charge curve, so the safest path is a like-for-like LiFePO4 replacement when that’s the original design.
You can usually choose a higher-capacity cell of the same chemistry and voltage, but charge current from the tiny panel will limit how full it gets on short winter days.
How Should I Install And Protect An Outdoor Solar Battery Pack So It Lasts Longer?
An Outdoor Solar Battery pack should sit in a weatherproof, ventilated enclosure on a stable base such as a concrete pad or raised platform. Installers and manufacturers recommend keeping the box off bare soil, allowing airflow for heat dissipation, and routing cables so that water cannot track into glands or junctions.
On DIY solar forums, users building outdoor battery boxes often add light insulation and shaded placement to reduce temperature swings, especially for lead-acid and LiFePO4 banks that see winter operation.
For larger systems, follow the battery maker’s datasheet for allowed temperature range, clearances, and venting, and consider a lockable enclosure to protect both the batteries and any connected inverter or charge controller from tampering.
