Who Is Andre Broessel
German Architect Andre Broessel designed a Spherical Sun Power Generator. Rawlemon, wants to Spherical Sun Power Generator revolutionize star power. Broessel was a finalist in the World Technology Network Award 2013 with the globe's design.
He has 27 years of experience in management, design, and technology. His main objective is complex technology.
Andre has an updated version for 2019. Andre thinks outside the box. He is somewhat of a maverick when seeing the future of star.
Future Is In Hands of Sbotic Ltd
Sbotic was established in 2014. They are tasked with merchandising Rawlemon's Spherical Solar Generator. Sbotic ltd. innate the patents of Rawlemon's energy generating faculty ''SixCities'' and ''MicroTrack'' system.
The company settled to London, England in 2014. Sbotic Ltd. ( Sun Robotics) is a division of Ramlemon Company.
Sbotic ltd is pushing the boundaries of star energy conversion. They are proving net zero-energy buildings could be a standard tomorrow. Sun Robotics mission is to integrate the sun steam-powered source into the cities environment. This would let in buildings and homes.
Spherical Sun Power Generator
Andrea Broessel and Rawlemon has created a image spherical sun power source. The source is called the Beta ray. His technology is a combination of spherical geometry and dual axis tracking system. This allows for doubly the output of a spherical sun power source conventional star panel. The star panel on the source is small in comparison with a normal panel.
The sphere is fully motion and can be placed on walls, buildings and any space with direct sun. According to Broessel, it can be placed on an electrical car charging station.
You power think the spherical source is from some sci-fi movie. You would be wrong.
Beta Ray Parts Exposed
- Reduced Si cell area to 25%
- Increased efficiency to 57%. Solar panel is at 22 to 24%,
- Ultra transmission Ball Lens point focusing concentrator.
- During night hours, sphere ball can illuminate an area with few led's.
- Modular collector system charges and stores energy during daylight.
- Can collect energy from the moon. That's right, the moon.
- How does it work. Sunlight is collected through the radical transmission ball lens focusing concentrator.
- Concentrated sun is stored in the star cells.
- Then it is sent to source for using in homes or commercial buildings.
Different Tasks For Sun Power Generator
The Beta ray was designed for off-grid conditions and a supplement to buildings electrical needs. Also the idea is to provide thermal circuits like hot water.
Spherical sun power source can be used as an study marvel. Beta ray has the power to track the sun all day. Solar panels do not track.
6 different tasks of the star source
- Provide electricity
- Produce thermal production
- Solar source has transparency
- Capable of shading
- Ventilation for building
- Spherical source is a work of art
1 through 5 above will transform the future of zero-energy buildings.
Generator will provide electricity for buildings and homes at 4 multiplication efficiency of the typical 22% star panel on the market today.
Solar source will will produce thermal production which in turn heats water.
Spherical ball is transparent and hybrid collector will increase efficiency for little star panels.
Solar source to be used with star comprehensives for shade.
Generator will produce ventilation for buildings.
Rawlemon Solar Devices Coming Soon
Under the comprehensive of Rawlemon, there now is a new division named Indiegogo. They are introducing the world's first Building Integrated Concentrated Solar Power (BICSP) Technology. This product will be available in December.
Introducing the Beta.ey 80LIM for $119.00. This will be the first concentrator star charger and moonshine beamer combined spherical star steam-powered source in one design. Beta.ey will be able to charge iPhones, iPads and many other devices.
The construct of Beta.ey is on the lines of the mega image designed by German Architect Andre Broessel. The image took three years to form a device that will be in the hands of consumers by Christmas.
Rawlemon has a large sphere lens that does not move. Solar charger moves around the back of sphere. It will follow concentrated sun passing through to the other side. A typical star panel has to be stirred manually to follow the sun. In other words, this is much more efficient capturing sun and finally producing more electricity.
Cool looking too!
Check Out How Beta.ey Works
Beta-ey requires a star panel 1% the size of standard star sources. This device works well during cloudy days. It has the power to pull in diffuse light. This spherical star steam-powered source will be used for mobile devices.
Number one cool factor! There are built-in leds for lighting up the globe.
The full scale Beta-ey will be able to charge electric cars. It will also be available for windows and walls of buildings for electricity and thermal needs.
Full scale Beta-ray
Full scale beta-ray is for the outdoors. It will fetch a price of $6000. It's only money. Right? At this juncture, there is no data spherical star steam-powered source that I could find for return on investment. Rawlemon is looking to integrate the beta-ray system into the design of European computer architecture of the future.
European Commissions directive is to design nearly zero-energy buildings. The design process will start in 2019. Rawlemon is in line with the European Commissions directive.
Could we see the full scale Beta-ray in the united states? It will be stimulating to see what form of star the world will use in 10 to 20 years.
Final Thoughts
Spherical star steam-powered source has my attention for several reasons.
- Design construct is out of this world crazy smart.
- Solar panels are 4 multiplication more efficient attributable dual axis tracking and transparent ball lens.
- Versatility of star source for buildings and charging electric cars.
- Attractive computer architecture design.
- Future applications for communities to generate electricity.
Beta-ey small scale star source should be a hit with consumers that need to recharge mobile devices. Some competition star sources are from $400 to $800. You would be able to charge bigger devices like a small tv, laptop or lights in an RV. That's 4 to 8 multiplication more than Beta-ey. Something to think about.
It will be stimulating to see how this unfolds in the near future. I think the Beta-ey and full scale beta-ray have a reasonable chance to succeed.
Regards,
Tim
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