Hi-LiTE SOLAR PHOTOVOLTAIC SYSTEM

Hi-LiTE SOLAR HOME LIGHT SYSTEM

Hi-LiTE Solar Home Lighting system contains, the Solar Module, battery, Charge Controller & Luminaries. Different models, to suit customer requirement also available.
3-4 hours operation daily.
4 day autonomy Minimum maintenance.
Ideal for remote habitations, guest houses, hospitals, schools, security room, check posts, etc.
Mg Alloy Sacrificial Anode prevents galvanic corrosion.
Models with DC fan, Mobile Charger, FM connectivity etc., available.

LED LANTERN

Solar Lantern is a portable Light source like a traditional lantern, producing omini directional pure white light anytime anywhere.

HOME LIGHTS

Hi-LiTE Solar Home Lighting contains, the Solar Module, Battery, Charge Controller & Luminaries. Different Models, to suit customer requirement also available.

STREET LIGHT

Hi-LiTE Solar Street Lighting System are designed for outdoor application especially for remote areas where conventional grid electricity is not accessible.

POWER INVERTER

Solar energy is converted into electricity and stored in the Battery during the day time. The stored energy is converted from DC to AC by inverter and using during the power failure.

LED HOME LIGHTING SYSTEM

Solar Lantern is a portable Light source like a traditional lantern, producing omini directional pure white light anytime anywhere.
Ideal Portable lighting system
Highly efficient charge controller protects battery from over charging and deep discharging – enhances battery life.
Charging by solar module or AC charger.

SOLAR STREET LIGHT

Hi-LiTE series Solar Lighting System are designed for outdoor application especially for remote areas.
Solar Photovoltaic module generates electricity.
This is stored in the battery for usage in the night to operate the light unit.
The luminary is connected to the battery through solar charge controller which automatically switches ‘ON’ the light at night and switches ‘OFF’ at day.

SOLAR POWER INVERTER

Solar energy is converted into electricity and stored in the battery during the day time.
The stored energy is converted from DC to AC by inverter and used during the power failure.
The automatic process controller in the system utilizes the stored solar power to the maximum by charging over to solar power when the battery is fully charged thereby reducing the electricity consumption.