Wide Temperature Solar Street Light Battery Solutions | UltraXel
Wide Temperature Solar Street Light Battery Solutions

Solar Street Light Battery Solutions for Extreme Climates

Reliable lithium ion battery for solar street light,performing steadily from -40°C to +85°C.

Why the Battery Matters in Solar Street Lights

For outdoor solar lighting projects, LFP technology has become the preferred upgrade over lead-acid batteries. UltraXel wide-temperature LFP cells further enhance system stability across extreme climates.
Comparison Item
UltraXel LFP Battery
Lead-Acid Battery
Cycle Life
1500+ cycles
300-500 cycles
Temperature Adaptability
Stable operation from -40°C to +85°C
0°C ~ 40°C
Depth of Discharge (DoD)
80-90% usable depth
Only 50-60% usable depth
Energy Density
Higher energy density
Low energy density
Self-Discharge Rate
Low self-discharge
High self-discharge
Total Cost of Ownership
Higher initial investment but much lower long-term maintenance and replacement costs
Low upfront cost but short lifespan
Safety
Inherent chemical stability, low thermal runaway risk
Risk of acid leakage and corrosive damage

Why Solar Street Lights Need Wide-Temperature Batteries

Wide-temperature lithium batteries help maintain reliable solar street light performance across heat, cold, daily cycling and extended backup periods.
High Power Output

Long Cycle Life

Supports repeated daily cycling while reducing maintenance and replacement needs.

Stable Outdoor Performance

High-Temperature Reliability

Helps reduce battery aging inside poles, boxes and lamp housings exposed to heat.

Low-Temperature Reliability

Low-Temperature Performance

Maintains stable output when outdoor temperatures drop.

Wide-Temperature Operation

Solar Charging Compatibility

Designed to match solar controllers and daily charge-discharge cycles.

High Capacity Performance

Capacity & Backup Time

Capacity can be selected according to LED power, lighting hours and backup days.

Automotive-Grade Durability

Chemistry & Safety Options

LiFePO4 and NCM lithium-ion solutions can be selected according to safety, capacity and project requirements.

Typical Solar Street Light Battery Pack Solutions

With extensive experience in wide-temperature battery packs, UltraXel provides custom solar street light battery solutions tailored to your voltage, capacity, temperature, and installation requirements.
Custom Solar Street Light Battery Packs

Park Solar Lighting Battery Pack

14.4V · 6Ah · 4S2P
Cell: HL18650F NCM
Cell Discharge Range: −40°C to +85°C
High-Power Output: Supports up to 30A discharge for peak load demands
Compact Pack Design: Easy to integrate into park and area lighting systems
8S4P 25.6V 60Ah HL32140L LFP Battery Pack For Solar Street Lights

Solar Street Light Battery Pack

25.6V · 60Ah · 8S4P
  • Cell: HL32140L LiFePO4
  • Cell Discharge Range: −40°C to +85°C
  • High-Capacity Design: Supports all-night lighting and multi-day backup requirements
  • Custom Pack Integration: Connector, wiring and pack structure can be customized
8S4P 28.8V 12.8Ah 18650Y NCM Battery Pack For Solar Pathway Lights1

Solar Pathway Light Battery Pack

28.8V · 12.8Ah · 8S4P
  • Cell: HL18650Y NCM
  • Cell Discharge Range: −40°C to +85°C
  • Charge / Discharge Current: Up to 3.2A / 10A
  • Application: Designed for pathway, landscape and community solar lighting

Typical Solar Street Light Battery Pack Solutions

With extensive experience in wide -temperature battery packs, Ultraxel provides custom solar street light battery solutions talored to
your voltage, capacity, temperature, and installation requirements

Park Solar Lighting Battery Pack
Park Solar Lighting Battery Pack
Nominal Voltage / Capacity
14.4V · 6Ah · 4S2P
Cell
HL18650F NCM
Cell Discharge Range
−40°C to +85°C
High-Power Output
Supports up to 30A discharge for peak load demands
Compact Pack Design
Compact design for easy integration into park and area lighting systems
Solar Street Light Battery Pack
Solar Street Light Battery Pack
Nominal Voltage / Capacity
25.6V · 60Ah · 8S4P
Cell
HL32140L LiFePO4
Cell Discharge Range
−40°C to +85°C
High-Capacity Design
Supports all-night lighting and multi-day backup requirements
Custom Pack Integration
Connector, wiring and pack structure can be customized
Solar Pathway Light Battery Pack
Solar Pathway Light Battery Pack
Nominal Voltage / Capacity
28.8V · 12.8Ah · 8S4P
Cell
HL18650Y NCM
Cell Discharge Range
−40°C to +85°C
Charge / Discharge Current
Up to 3.2A / 10A
Versatile Lighting Design
Designed for pathway, landscape and community solar lighting
Battery 2 Charge Fill

Start Your Street Light Battery Project

Share your voltage, capacity, temperature range and lighting requirements.

Solar Street Light Battery Applications

Wide-temperature battery packs for parking lots, pathways, municipal roads and remote outdoor lighting projects.

Wide-Temp Battery Cells for Solar Street Light

Choose LiFePO4 or NCM battery cells based on capacity, cycle life, temperature range, available space and solar lighting requirements.

Custom Solar Street Light Battery Packs

UltraXel provides custom battery pack solutions based on your required voltage, capacity, size, temperature
range and connection design.

Custom Solar Street Light Battery Packs

UltraXel LiFePO₄ Batteries vs. Lead-Acid Batteries

UltraXel wide-temperature LiFePO₄ batteries provide longer service life, higher usable capacity and lower maintenance for solar street lighting.
Comparison
UltraXel Wide-Temperature Battery
Traditional Lead-Acid Battery
Temperature Performance
Operates from −40°C to +85°C
Performance declines more in extreme temperatures
Nighttime Power
Higher usable capacity for longer lighting
Lower usable depth of discharge
Cycle Life
Up to 2000+ cycles
Generally shorter cycle life
Charging Efficiency
Higher efficiency for better solar utilization
Relatively lower efficiency
Size & Weight
Lighter and more compact
Larger and heavier
Maintenance
Low maintenance and fewer replacements
More frequent inspection and replacement
Long-Term Cost
Longer life reduces maintenance costs
Lower upfront cost, but more frequent replacement

Solar Street LightBattery Replacement& Upgrade

UltraXel develops custom lithium replacement battery packs based on your existing battery specifications and solar lighting system requirements.

Electrical Match

Voltage, capacity, lighting load
and backup time.

Pack Integration

Battery size, connector, wiring
and mounting structure.

Charging & Temperature

Charge controller compatibility and
operating temperature requirements.

Discuss Your Replacement Project →
Solar Street Light Battery Replacement and Upgrade

Custom Battery Pack Design for Solar Street Light Projects

For OEM solar lighting projects, UltraXel can support custom battery pack development from cell selection to pack structure, BMS protection, NTC temperature sensing, connector design, testing, and production support.

Why Choose UltraXel?

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Wide-Temperature Cell Expertise

In-house lithium cells developed for demanding outdoor environments.

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Engineering & Validation

Electrical, thermal, aging, safety and environmental testing support.

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Quality & Compliance

Quality management based on IATF 16949 and ISO 13485, with certification support.

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Prototype-to-Production Support

Prototype development, pilot production and scalable manufacturing support.

Since 2013
38 Patents
50+ Export Markets
OEM / ODM Support

Customize Solar Street Light Battery Project

UltraXel supports solar light devices with cell selection, custom battery packs and application-based design.

What We Offer

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Battery Cell Selection

14500, 18650, 21700 and 32140 options.

记事本

Custom Battery Packs

Custom voltage, capacity, BMS and connectors.

插头

Application Matching

Solutions matched to load, temperature and space.

Contact Form

For a faster response, email [email protected] or complete the form below.

Solar Street Light Battery FAQ

Solar street lights commonly use lithium-ion, LiFePO4, or lead-acid batteries. Lithium batteries are often preferred for compact size, longer cycle life, and lower maintenance requirements.
Battery capacity depends on LED power, lighting hours, backup days, system voltage, solar charging conditions, depth of discharge, and local operating temperature.
Yes. Lithium batteries can be used in solar street lights when the voltage, capacity, charging method, BMS protection, and operating temperature are properly matched.
Yes. UltraXel can support replacement or upgrade projects based on original voltage, capacity, pack size, connector, charging method, and operating environment.
Yes. UltraXel can support custom lithium battery pack design, including cell selection, BMS protection, NTC sensing, connector design, testing, and production support.

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