How Did Veksor Energy & An Unexpected Inventor Design Solar Panel with 54.3% Calculated Efficiency
The Californer/10289225

NAPLES, Fla. - Californer -- Veksor Energy is proud to announce a new solar panel design.

A company spokesman states "This innovation marks the first major change in solar panel architecture in over 50 years.  The Company's research and analysis indicate it can produce an efficiency of approximately 54.3%—three times the current average efficiency of conventional solar panels.

We recognize that the industry has made significant improvements in specific  components of solar panels including advancements in photovoltaic cell performance and efficiency, but the basic design has remained the same.

Despite his lack of advanced formal training, Stuart Burchill, Sunrise Scientific Reserch Inc., has defied expectations to become an "Unexpected Inventor" with multiple patents, including Porous Coated Fine Particles (Patent No. 8,383,238) and Composition for Thermal Insulating Layer (Patent No. 7,144,522). He discovered his scientific talent while participating in a CRADA at Sandia National Laboratories.

More on The Californer

• Heritage at Manalapan Introduces New Single-Family Home Community in One of Monmouth County's Most Desirable Locations
• Compliant Workspace announces partnership with Blackpoint Cyber
• City of Long Beach Issues a Heat Alert and Advises Residents to Take Precautions Against Heat
• Brass-SEO Drops Price to $35/Month While Adding New Features for Small Business SEO
• Michigan Homeowners Urged to Act on Rising Basement Waterproofing Needs Amid Severe Flood

"Stuart's key strength is his ability to identify innovative and relevant solutions, set audacious goals, and work tirelessly towards their achievement," said a spokesperson for Veksor Energy."

Mr Burchill's redesign incorporates structural innovations, such as dual-purpose components that convert IR energy into electricity mechanically while acting as heat sinks for PV cells. The design also integrates nanotechnology into the glass and uses advanced PV cell technology for converting both visible light and IR energy into electricity.

To bring this technology to the renewable energy industry, Stuart Burchill has assembled a first-class team of professionals at Veksor Energy, including experts with advanced degrees from institutions like Wharton and MIT and excellent career experience and success.

"I appreciate the Veksor Energy business  team," said Stuart Burchill. "Their competence allows me to focus on what I do best—innovating and patenting revolutionary technologies. Together, we are on the verge of changing the solar energy landscape." "This is not an overnight success. This is the product of research I have been doing for 20 years on energy generation.

More on The Californer

• GreenSight Technologies partners with France's largest ITAD facility, Printerre Group, to exhibit at ITAD Europe, Europe's largest ITAD conference
• Event Solutions Enters New Era: Announces New Leadership
• Coastal Business Systems Establishes Rob and Debbie Robertson Scholarship Fund at St.Bernard's Acade
• MUENET Services Growing Customer Base With netElastic vBNG and CGNAT Networking Software
• Carlsbad Hotel Named Best of La Quinta Award Winner

To bring this technology to market, Veksor Energy and Sunrise Scientific are inviting specialists—including industrial engineers, optical engineers, material scientists, nanotechnology experts, and glass manufacturing specialists, and  adventurous, forward-thinking investors who drive revolutionary technologies forward, to collaborate on this exciting project.

"We are excited to bring this innovation to market," said the spokesperson. "Veksor Energy is eager to work with top talent and investors who share our commitment to a sustainable energy future."

About Veksor Energy Inc.:

Veksor Energy Inc. is dedicated to advancing renewable energy technologies and bringing innovative solutions to market.

For more information, please visit Veksor Energy's website or connect with Stuart Burchill on LinkedIn.