MPPT(Maximum Power Point Tracking) of Solar Charger
Solar cells have a complex relationship between solar irradiation, temperature and total resistance that produces a non-linear output efficiency which can be analyzed based on solar cells characteristic curve.

It is the purpose of the MPPT system to sample the output of the cells and apply the proper load to obtain maximum power for any given environmental conditions.

LuxOrbis implmented the optimized algorithm of MPPT for SOLAR PORTABLE LIGHTS.
High Efficient Charging Control
Due to the our own optimized MPPT algorithm and the low power consumption of circuts, almost 90% Power Produced by Solar Panel is stored into batteries.

High Efficient LED Driving
Almost 90% of battery power can be used for driving LED.

We Can Provide more Bright Light and Longer Lighting Span.
More than 1.7B people live without Electricity Services.
About a quarter of the planet's population, or approximately 1.7 billion people, still rely on Kerosene lamps and candles for ambient ighting.

Disadvantaged families spend billions of dollars every year to fuel these dim, flickering light, which fill homes with highly noxious fumes, and routinely start fires of explode.

Extending the national grid to rural locations is as yet unfeasible by unaffordable government subsidies.

This is where SOLAR LANTERNS become relevant.

Rather than asking consumers to purchase electricity as a product, consumers can purchase products that function from their own free source of electricity(Sunlight is Free!)

SOLAR LANTERNS are the surest example of such a product.

LuxOrbis Co., Ltd., a Korean Company, applied it's cutting-edge technology and design to provide greate lighting service to those who live without reliable electricity.
  • Kenya
  • Ethiopia
  • Malawi
  • South Sudan
  • Sierra Leone
  • Liberia
  • Mexico
  • Indonesia
  • Cambodia
  • Taiwan
  • Mozambique
  • Philippine
  • Sri Lanka
  • Pictures of this site are provided by MIRAL ORG Korea.