Annually approximately 90 petawatts (a petawatt is equal to one quadrillion watts) of sunlight reaches the Earth’s surface.  This is almost 6,000 times more than the 15 terawatts (the terawatt is equal to one trillion watts) of average electrical power consumed by humans, globally. Additionally, solar electric generation has the highest power density among renewable energies.  One can easily come to the conclusion that sunlight/light, of which we can and should take full advantage, is a naturally provided commodity unlike other exhaustible resources.  Solar alternative-sciences and quantum leaps in technology of renewable energy will bring about abundant positive changes to our world.

The building blocks of PV technology are small solar cells, generally made from crystalline silicon, that produce electricity when they’re hit by sunlight. Since individual cells generate a tiny amount of power, they are usually grouped into solar modules two-to-four feet wide and four-to-six feet long to produce more current.

Unlike fossil fuel based technologies, solar power does not lead to any harmful emissions during operation, but the production of solar panels leads to some amount of pollution. This is often referred to as the energy input to output ratio. In some analysis, if the energy input to produce it is higher than the output it produces it can be considered environmentally more harmful than beneficial.  SUNTCO has incorporated liquid lipid diodes into its electron-gathering design which negates the necessity of using modules to produce current.

SUNTCO’s Photovoltaic Liquid Application

Painting a building, for instance with SUNTCO Liquid Solar Paint and Coatings, which is managed through liquid diodes that collectively generate electricity when hit by light (not only sunlight), will lessen the need for unsightly solar modules seen perched atop a roof or grounded in the earth.  SUNTCO will change the module concept to the production of applied liquid photovoltaics as spreads and coatings.

One example of our delivered liquid electricity will be to developing countries where many villages are often more than five kilometers away from grid power.  The ease of use and affordability provides them a way to become more self-sufficient with Liquid Solar Paint and Coatings applied to their structures. In remote locations in India a rural lighting program has been providing solar powered LED lighting to replace kerosene lamps. The solar powered lamps were sold at the cost of a few months supply of kerosene. Here, again, a liquid power application can transform lives for many years to come through a new “truly” affordable means.

SUNTCO’s Liquid Solar Paint and Coatings will be applied to the sides of buildings, roofs and any applicable surfaces as a paint or coating by licensed contractors who have had application training by skilled SUNTCO specialists.  This assurance is part of a total quality commitment by the firm and all of its distributors.

We are solar energy solution scientists and engineers; this is our passion; this is our subject matter expertise.  Through our end result–production of Solar Liquid Paint and Solar Liquid Coatings,  SUNTCO’s innovations will be able to supply heat, light, drinkable water, farming solutions, fuel efficient electric cars, renewable energy products, off-grid alternatives, the promotion of millions of jobs and imaginative new developments in renewable energy. Because of what can be achieved as a cooperative industry, we can deliver results right now making our lives and world better!  Our corporate goal is to arrive at $1.00/Watt.  We have taken the initial risks, performed years of research and arguments analysis, and managed all the pioneering burdens to stand ready to move into joint integration efforts for commercial (actual home and business applications) use. We promised ourselves and our investors that our first efforts will focus on individuals and their homes, making their lives less of a burden and hopefully pick up a few million people, all over the world, who want to join in the deployment efforts as new long-term job holders in a new quantum leap renewable energy industry.  Next will be businesses and industry support, followed by non-standard uses and International applications as our roadmap here expresses.   We are completing the replicative and readiness areas of our work.   The problems the world faces are real; the solutions need to be swift, ready, well-considered, affordable and innovative. SUNTCO looks forward to providing and promoting that confidence and high reliability to the masses.

Images were taken at two molecular sample locations to show consistency of the technique and the quality of the film. Using AFM, we were able to distinguish between the conducting and non-conducting regions on the sample surface supporting the work. The tests were completely successful!

I/V (inward current/voltage) spectroscopy measurements were also observed on the conducting and non-conducting regions. The conducting regions show linear characteristics in I/V curves while the non-conducting regions displayed no observable response in the voltage range tested, as expected for a rough coat.

This test, while significant, represents approximately 30% of the ongoing analytics menu required to establish full characterization for upcoming field trial tests.

We are additionally at the cross roads in our work of further reducing environmental pollutants by discovering and deploying leaps in renewable energy technology efforts that support pollutant reduction as a beneficial residual effect of the science.

Suntco