The new SOM invention.  Each of the panels is about 1m square.  Each panel will be able to provide 324W of electrical power and 1.5 times the thermal power. The tremendous heat created is drawn away by a thermal loop creating a *Combined Heat and Power unit (CHP) which can be used to provide electricity and ht water.

The new SOM invention. Each of the panels is about 1m square. Each panel will be able to provide 324W of electrical power and 1.5 times the thermal power. The tremendous heat created is drawn away by a thermal loop creating a *Combined Heat and Power unit (CHP) which can be used to provide electricity and ht water.
Photo Credit: Crystal Green Energy- Linked In

Canadian invention: solar panels obsolete?

Solar panels have become the hot new “green” idea in the past many years.  However, even as they undergo  continuous development they may already be on the way to becoming obsolete.

Typical solar panels operate at around 15 percent efficiency.  Now, a Canadian inventor from the northern Ontario city of Sudbury says his device operates at around 40 percent efficiency.

The mobile 2-SOM system now being tested in Arizona. (L-R) Kelsey Leduc (EIT) Amjad Malik (optics engineer) Gilles Leduc (inventor-president of CGE)
The mobile 2-SOM system now being tested in Arizona. (L-R) Kelsey Leduc (EIT) Amjad Malik (optics engineer) Gilles Leduc (inventor-president of CGE) © Crystal Green Energy – Linked In

Quoted in a Radio-Canada story, Gilles Leduc, inventor and president of Crystal Green Energy, says solar panels today have almost the same efficiency as they did when they were invented about 40 years ago, and that’s unacceptable.

Leduc’ s invention has what he calls Solar Optic Modules (SOM)  which consist of a series of concave mirrors, each of which directs concentrated sunlight towards four high performance photo-voltaic cells (invented in Canada ten years ago).  They are connected in a panel which can then also take into account the time and track the sun as it moves through its arc ensuring maximum performance throughout daylight hours.

a close-up of one of the individual cells of Leduc’s solar energy invention. The concave mirror conentrates sunlight into the ultra high performance photo-voltaic cells in each cell
A close-up of one of the individual cells of Leduc’s solar energy invention. The concave mirror conentrates sunlight into the ultra high performance photo-voltaic cells in each cell © Isaac Gauthier- Radio-Canada

A side effect is that the panels generate tremendous heat,  from 100-200 degrees Celsius.  Rather than lose that “free” energy, a heat exchanger is added to heat water for a dwelling or small business thus the unit becomes a Combined Heat and Power system (CHP).

Leduc says four of his panels are enough to power and heat water for a typical Canadian home and they can be hooked up to batteries to store surplus power for use later.

The system has been tested in Sudbury where winter temperatures can easily descend to -35C and where Leduc said the panels performed very well.

The panels are now being tested in Arizona to analyze performance in extremely hot conditions.

Although more expensive than traditional solar panels. Leduc says it’s advantages outweigh current costs.

Crystal Green Energy hopes to be able to market their product by 2017.

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