How Solar will cash ‘Energy’ for Mankind – Analysis Updated On Fri, Jan 29th, 2016 by Saurenergy The Sun is approximately half way through the most stable part of its life. Date back to the past four billion years, it hasn’t changed dramatically and believe that it will remain fairly stable for another four billion years. An energy which is generated from the sunlight (Sun) today is also well accepted by ‘solar […] Read more
New Materials can be a breakthrough in Solar Cell Technology Updated On Sat, Jan 23rd, 2016 by Saurenergy A Solar PV assemblage is contained 100s to 1000s of solar cells that discretely switch radiant daylight into electrical streams. The normal solar cell is around 15% proficient, which implies almost 85% of the daylight that hits them doesn’t get changed over into power. After considering all the above theories, Scientists have continually been exploring […] Read more
Headway to Solar Energy Storage Updated On Wed, Jan 20th, 2016 by Saurenergy Researches are significantly focusing to discover better approaches to store energy created by solar PV frameworks. There are various batteries available that can store sunlight based energy, however even the most innovative ones are genuinely wasteful; they’re costly and have a really short time span of usability, making them not the most alluring choices for […] Read more
Sand Particles can be used for Solar Energy Updated On Thu, Jan 14th, 2016 by Saurenergy When sun is at its zenith, its known fact that with bare feet it’s hard to wobble around the beach, now researchers is known to have demonstrated solar energy using sand particle. The research project called ‘Sandstock’ has been seeking to develop a sustainable and low-cost gravity-fed solar receiver and storage system through sand particles, […] Read more
Solar Energy On-Demand Use can be a Marvel Possibility Updated On Tue, Jan 12th, 2016 by Saurenergy Researchers at MIT have come up with a ground breaking new innovation – a unique process for absorbing and retaining solar energy for on-demand use. “It is a material that is capable of absorbing photons (light) and storing their energy,” said MIT professor Dr. David Zhitomirsky. “Then, this energy can be released as heat on-demand, […] Read more
Multi-Directional Solar Cells Can Harvest Sunlight from Various Angles Updated On Mon, Jan 4th, 2016 by Saurenergy Commercial solar panels work best when daylight hits them at a sure point. Recently, specialists had implied that solar panels confront south to gather the most energy from the sun. In another case, a significant 2013 report by Pecan Road prompted that systems leaning westward to boost proficiency. Further investigation has found that deciding the […] Read more
Futuristic World of Solar Energy above The Sky Updated On Thu, Dec 17th, 2015 by Saurenergy An approach to enhance the productivity of solar energy is to place the panels where mists can’t interfere during the generation of energy. Indeed, even in the sunlit parts of the world, mists can still cause fluctuations in energy yield. So what better place to put solar boards than over the mists? The thought is […] Read more
Demystifying Renewable Energy and Its Process Updated On Wed, Dec 16th, 2015 by Saurenergy The energy which are captured from existing streams of energy like on-going normal procedures for example, daylight, wind, streaming water, natural procedures (natural processes) and geothermal heat streams are the renewable energy (sources) or RES. The known definition is that renewable energy is from an energy asset that is supplanted quickly by a characteristic process, […] Read more
Solar-Powered Battery to Soon Take Over Traditional Batteries – Research Updated On Wed, Dec 9th, 2015 by Saurenergy The generation of energy from a solar flow battery is more financially savvy, eco-accommodating, and can accomplish energy investment funds up to 20% contrasted with routine lithium-iodine batteries. Solar flow batteries make renewable solar powered energy more pragmatic for keeping the lights on and appliances running with stand-alone power generation and capacity. Analysts at The […] Read more
