the discovery of this patented technology was by dr. kinjoh phd physics & ee, and our company tsk corporation has funded the research to develop carrier line into usable products. we have a 1 megawatt solar plant in japan using this technology and we have tested on a smaller scale for more than 1 year. our plan is to start manufacturing and distribution march 2013.

this technology can be used for wind power inverter, sound and audio cables, led lights, high power electric line (eliminates the 6-9% power loss from power transmission lines), medical imaging and many other consumer products. this technology will save on the resources used in making shielding for cables and you will need fewer solar panels to create the same amount of power, hence reducing the toxic waste from manufacturing and disposing of panels.

i know that fiber optics transmit light but i wonder about heat as well. solar energy is at its most efficient when heat from sunlight is utilized directly instead of being converted into trickles of electrical juices. reflect sunlight to heat indoors at the shady back sides of houses that face to the north is one good example which i am using already. it can be aluminum foil or glassless mirrors made of special treated aluminum, like durabright patented by alcoa, and things like that.

i also wonder about whether fiber optics can carry vast amounts of sun heat captured in the deserts to the colder climates during winters? or can special reflectors be able to reflect infrared heat without the glare of the sunlight?? why are we so overfocused on photovoltaics and inverters alone? think reflection and concentration! not just passive photovoltaics and unnecessary inverters and batteries that cost too much for our tax credits that will go only to the wealthy…