State-of-the-Art Technology

4 Smart Wireless Working Modes

The remote control will be provided for your mode regulation of 4 types.

Mode 01: Auto Mode

Also known as the light control mode. Photocell sensors come into play allowing the street lights to automatically turn on at dusk and off at dawn. And they can also save energy by getting themselves turned off when the extra light is unnecessary.

Mode 02: Sense Mode

The microwave sensors play their roles to help to adjust the luminance upon motions. The street lights will be fully lit when there are people or cars come into range, and stay half bright or maintain 30%/40% brightness at other times as per your requirements.

Mode 03: Time Control Mode

You can set the street light to turn off in a specific number of hours.

Mode 04: Advanced Mode

An intelligent, integrated, and flexible light control. For example, you are free to set the street light to stay 100% bright in the previous 4 hours, 50% bright in the next 4 hours, and 25% bright before dawn. Or else, any specific parameters are customizable upon your requests.

MPPT or PWM Controller

We cover both MPPT and PWM solar charge controller for diverse systems and budget.

MPPT (Maximum Power Point Tracking)

• • Stably convert excess voltage into extra amperage, faster charging.
• • 20-30% higher charging efficiency.
• • Higher input voltage than the battery bank, less power loss in the cables.
• • Electric current up to 80 Amps.
• • Good flexibility for system growth.
• • Exclusive for regulate grid connect modules.

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PWM (Pulse Width Modulation)

• • Steady power regulation, keep the battery fully charged with less stress.
• • Durable with passive heat sink cooling.
• • More mature technology, time-tested and well-established.
• • Electric current up to 60 Amps.
• • Available in a number of sizes for various applications.
• • Less expensive choice.

Highly Efficient Lithium Battery

LiFePO4 lithium iron phosphate battery is battery type in our solar street light system.

• • Longer life circle of up to 2000 times compared to 800 times of ordinary lithium battery and 300 times of lead-acid battery.
• • Higher safety due to the stable lithium iron phosphate crystal that is hard to break down or form a strong oxidizing substance under high temperature or overcharge.
• • Greater high temperature property that the electric heating peak of our LiFePO4 battery is up to 350℃-500℃, in contrast to 200℃ only of lithium manganate and lithium cobaltate battery.
• • Larger capacity of 5AH-1000AH each unit. Charge-discharge efficiency of up to 95%.
• • No lazy battery effect. No matter our battery is semi-charged or other states, it can be charged any time without fully discharged.
• • Lighter weight of only 1/3 of lead-acid battery under the same specifications.
• • More eco-friendly that is free of heavy metals, rare metals, toxicity, or pollution to the earth.

360° Adjustable Rotary Platform

The base platform where the solar panel is mount can be 360° rotating as an option.

• • All directions available to get the maximum solar energy.
• • Higher photoelectric conversion with the flexible switch angles.
• • An optional feature to meet diversified needs for different applications.

Crystalline Silicon Solar Panel

Both monocrystalline silicon and polysilicon material is available with us.

Monocrystalline Silicon Solar Panel

• • 15%-24% of photoelectric efficiency.
• • Tempered glass and waterproof package.
• • Comparably higher production costs.
• • Long lifespan of 15-25 years.
• • Higher cost efficiency by contrast.

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Polysilicon Solar Panel

• • Around 12% of photoelectric efficiency.
• • Easier material manufacturing.
• • More electricity-saving.
• • Lower overall production costs.
• • Comparably shorter lifespan.