The Leader in Green Energy Solutions

iSun Power

The first solar charger for the iPhone ever made. Exclusively sold here at EcoloBlue™ Life & Energy.

The iSun battery can be charged via the built in solar cell, so you may never have to worry about plugging in your iPhone again! It can also be charged via the iPhone USB cable, AC adaptor, or car adaptor.

Combine Solar Energy & EcoloBlue™ for a Sustainable Solution

Solar energy is a renewable resource because it is continuously supplied to the earth by the sun. Solar resources are available worldwide, although some areas receive less sunlight than others do, depending on the climate and seasons.

Solar energy production makes little to no environmental impact. It does not create air emissions, water discharges or solid waste.

The EcoloBlue™ provides many functions: making purified water, dehumidifying the air, conditioning outside air and effectively purifying indoor air. All are accomplished with a single source of energy (solar), thereby making an EcoloBlue™ system the unique, cost effective and energy efficient water making system available today.

This solution is the most ecological solution to generate pure water with pure solar energy.

Solar Technology:

Anyone who has used a modern mathematical calculator can grasp the concept of photovoltaic (PV). It is simply the process of converting energy from the sun into electricity that can power everything from household appliances, lights, sprinkler systems and water pumps to large-scale communications, industrial and military equipment.

In precisely the same way as the small solar cells on hand-held calculators eliminate the need for batteries, PV can provide the world with a clean, reliable source of electricity and reduce our reliance on ever-depleting fossil fuels.

The PV technology of the 21st Century makes it possible. It employs layers of micro-fine crystalline silicon to convert ordinary sunlight into small electrical charges. This process is then multiplied thousands of times over to create modules and systems that can generate enough electricity to power large generators.

In order to maximize energy collection and conversion, single cells are connected together and housed in a module. These modules are the building blocks of PV systems and are, in turn, connected together to generate usable volumes of electricity. In some instances, an inverter is also used to convert low voltage DC into higher voltage AC power.