Rawlemon Solar Devices

Rawlemon's spherical solar concentrating system produces efficient solar energy in any place.
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Andre Broessel
Identity Verified
Technology
London
United Kingdom
2 Team Members

Update #18

Dear Backers and Friends,

We know that many of you are waiting for the shipment of the Beta.ey and Beta.ray and want to say again that we are very sorry for the delay.

We have worked the last 1,5 years almost day and night, to fulfill your contributions and support, but we can't be magic because we need now support from specialists in low harvesting electronics. 

We have tried in the last weeks to find a friend in our social networks, the Magic professional,  but without satisfying results at that time.

We are still searching for him/her so if you know in your circles of friends somebody that can match with the profile please tell him/her to contact us at:

post@rawlemon.com

But we are also following in parallel a new exciting path.

We are very proud to announce that we have reached another important milestone and goal with our main aim to create a better future for our kids. 

Next to the R&D of our patent pending technology we have created a new division -- Sun Robotics (www.sbotic.com) -- that will take care about the marketing of our products; specialized in building integration. 

To sum up:

-We have reached with our video more than 1 million people

-We have more than 10K friends and followers

-We have a strong patent in the sector of renewables in our hands

-We have reached more than 1 million entries in press, blogs and social network shares

-We have demonstrated that our technology can change the way how we consume clean and low-cost energy

-We made a complete miniaturized robot that can charge your smartphone.

We have arrived up to here with individuals' efforts and low budget. We are engaged in a good fight and we'll go further:

-until we'll know that our technology is useless

-until we'll know that several thousands of scientist and 7.5 million people that actually work in that field are on a wrong path.

And again: We are very sorry for the estimations we have done with the initial campaign, but we are confident, that we will achieve what we have promised to develop and to ship.

We still need your support and want to thank you again for your patience.

We still watch out for partners, foundations or individuals that push us to the next step.

Think with us! Energy matters!






Thomas, Beta.ey and Beta.ray taking a sun bath in the terrace

New Bluetooth calibration tool!











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Beta.ey serves as a table-top charger for mobile phone (Product S) or tablet (Product XL) with LED-based lighting functions.





publications renewable press:

Rawlemon: CPV for building integration | PV Insider

Kugellinse für Technikoskar nominiert

Solar Ball Lens Improves Energy Efficiency 35%


publications design and technology:

Our believers friends! Designboom

Gizmodo

Inhabitat

Smithsonianmag


http://www.wtn.net/content/rawlemon-basics

http://themindunleashed.org/2013/12/glass-sphere-mightrevolutionize-

solar-power-earth.html

http://www.techinvestornews.com/Green/Solar-Energy/rawlemons-newbetaray-

solar-energy-generator-is-a-crystal-ball-that-harvest

http://www.techbang.com/posts/16193-spherical-glass-the-newchoice-

for-solar-power

helpfull links for solar radiation conversion:

http://rredc.nrel.gov/solar/calculators/PVWATTS/version1/

version1_index.html#map

http://re.jrc.ec.europa.eu/pvgis/apps4/pvest.php

Company UK:

http://www.companiesintheuk.co.uk/ltd/rawlemon





Spread the word and tell the world! Share our campaign on Facebook, Twitter Google+...

Send your feedback, comments and suggestions to our Facebook page:

www.facebook.com/Rawlemon

Beta.ey S

Lens Design: Acrylic-Polymer ball lens, 

Numerical Aperture: 100mm Diameter 

Electrical Data: 1,6 W with Multijunction 

Capacity Per Day: 9 Wh max. 

Battery Capacity: 27,5 Whr 

Connections: USB 2.0 

Dual Axis Tracking: Low inertia DC microdrive 

Control Unit: Tracking sun/moon 

Light Energy: 1 Colour LED 

Dimensions: 105 x 105 x 165 Millimeter


Beta.ey S special edition

Lens Design: Acrylic-Polymer ball lens, 

Numerical Aperture: 100mm Diameter 

Electrical Data: 1,6 W with Multijunction 

Capacity Per Day: 9 Wh max. 

Battery Capacity: 27,5 Whr 

Connections: USB 2.0 

Dual Axis Tracking: Low inertia DC microdrive 

Control Unit: Tracking sun/moon 

Light Energy: 1 Colour LED 

Dimensions: 105 x 105 x 165 Millimeter


Beta.ey XL

Lens Design: Acrylic-Polymer ball lens, solid

Numerical Aperture: 200mm Diameter

Electrical Data: 5 W with Silicon

Capacity Per Day: 30 Wh max.

Battery Capacity: 55 Whr

Connections: 2 x USB 2.0

Dual Axis Tracking: Low inertia DC microdrive

Control Unit: Tracking sun/moon

Light Energy: 1 Colour LED

Dimensions: 200 x 200 x 340 Millimeter


Beta.ray 1.0

Lens Design: Acrylic-Polymer ball lens, water filled

Numerical Aperture: 1.0m Diameter

Electrical Data: 180 W (220W/m2) with basic Silicon

Thermal Data: 275 W (350W/m2)

Combined Efficiency: 57% (Hybrid)

Capacity Per Day: 1.1 kWh max. 

Battery Capacity: 1.8 kWh

AC/DC Management: 120 V / 220 V - Client Specific Options

Connections: Collector Header/Return Lines, 220V/16A DIN-Socket

Dual Axis Tracking: Low inertia DC microdrive

Control Unit: Tracking sun/moon, positioning LED beam

Light Energy: 200 lm - up to 500m Spot with LED's

Weight: 700 kg (Water - 524 l.)

Dimensions: 2.15 x 1.30 x 1.80 Meter 

Wind Resistance: Up to 120 m/s


Beta.ray 1.8

Lens Design: Acrylic-Polymer ball lens, water filled

Numerical Aperture: 1.8m Diameter

Electrical Data: 560 W (220W/m2)

Thermal Data: 890 W (350W/m2)

Combined Efficiency: 57% (Hybrid)

Capacity Per Day: 3.4 kWh max. 

Battery Capacity: 5.4 kWh

AC/DC Management: 120 V / 220 V - Client Specific Options

Connections: Collector Header/Return Lines, 220V/16A DIN-Socket

Dual Axis Tracking: Low inertia DC microdrive

Control Unit: Tracking sun/moon, positioning LED beam

Light Energy: 300 lm - up to 800m Spot with LED's

Weight: 3.350 kg (Water - 3.055 l.)

Dimensions: 3.90 x 2.40 x 3.15 Meter

Wind Resistance: Up to 120 m/s

 

The basic system of one ball lens can, optionally, be customized to host a multiple array of up to3 ball lenses in one support frame.

ß.ray is designed for easy deployment and dismantling. Set-up time takes from 4 hrs. onwards.

For a totally off-grid position, the water capacity for full fill needs to be delivered in a tank.

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