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Project name: Lawn House
|| Location: Burbage, Leicestershire
|| Description: A Code Level 6 ecohouse in Burbage, Leicestershire. Lawn House is the first private development in the UK to be built using prefabricated brick and block cavity walls and features a range of cutting edge sustainable heating and energy solutions.
|| Architect: Penny Shankar
|| Main Contractor: Irvine Whitlock
|| Project manager: Fred Badowski
|| Sub contractor(s): Hanson
Introduction
NEXT FLOAT is founded in 2000 to provide its special product to water-related business. During the past year, NEXT FLOAT has earned its fame and recognition from all over the world. We have been certified from many international exhibitions from U.A.E., Japan, India, and more.
With our NEXT FLOAT, it can be applied to various businesses or citizen site.
To find out how NEXT FLOAT, visit our website on www.nextfloat.net
What is NEXT FLOAT?
- Made with HDPE: 0% of recycling material is added.
- NEXT FLOAT’s Strength?
Connection Hook’s strength: 2tons of tensile weight
UV protection applied
Ease Assembly
Unlimited application area.
What is DECK on FLOAT?
- Advanced product from NEXT FLOAT with NUT-HOLE on upper surface.
- Advantages?
Eliminate the Excavation or De-Watering construction cost
Transformed to well-made floating bridge or stage.
Any deck meterials (Wood, Rubber, Plastic) can be attached
Ease Assembly
Application Field
Floating Bridge, Boat Dock, Floating Stage, Solar-power Plant, Platform, Light House, Fishery, Barge.
mailto:nextexport@next700.com
This was once a vibrant school...educational funding is now going towards
million plus BMW 7 series for the Ministers instead!
ACT LOCALLY TO SOLVE THE CLIMATE CRISIS - Seminary Student Rosina Pohlmann
© Erik Mc Gregor - erikrivas@hotmail.com - 917-225-8963
Senator Coons toured the T.S. Smith & Sons, Delaware’s only solar-powered Century Farm and Sussex County's only commercial apple orchard. T.S. Smith & Sons is one of the largest solar-powered farms in Delmarva and the panels were manufactured in Newark at Motech.
The solar panel powered a flashing light that highlighted the sign at night. Some versions had a ring of xmas lights around the edge of the sign.
Is this a good thing? Sort of. It certainly increases traffic safety and doesn't add stress to a fragile electric grid. It also supports the idea of safety through increasing technology instead of common sense (slow down so you have enough time to see properly and stop). It doesn't reduce fossil fuel consumption but increases consumption in manufacture of many small units instead of building larger efficient units that might actually feed into the grid.
I guess what I'd like to see is a lowering of speed limits, traffic calming measures, and bigger solar panels that would actually feed into the grid providing distributed electricity generation.
Montreal event - 2010 Deloitte TMT Predictions / Évènement de Montréal Les TMT Predictions 2010 de Deloitte
Durch die seitlich angebrachten Ventilatoren werden die zwei riesigen Parabolkissen aufgepumpt. Der aufblasbare Parabolspiegel ist auf die Form der Röhren optimiert und
bündelt das Licht auf der gesamten Länge der Röhren.
I saw this solar powered sign near Shilin MRT Station. However, it seems to me a complete waste of money. The solar panel would be in the shade for at least half the day. It might seem like a nice green thing, but really it is not practical or economical.
More information about the Solar Sunflowers project
Learn more about Energy and Environment in Europe and Central Asia
Far Niente Winery, Floatovoltaics, SPG Solar, photovoltaic solar installation.
commercial, industrial, solar power, spgsolar.com,
Row upon row upon row of solar energy collection panels at the Cotton Center Solar Plant at Cotton Center, Arizona (northeast of Gila Bend on Old US 80). This was one of about four solar facilities I saw in this area. Photographed through a chain-link fence.
Bold Nebraska and Pipeline Fighters installed solar panels in the path of the proposed Keystone XL pipeline, on Diana and "Stix" Steskal's Prairierose Farm near Atkinson, NE on Saturday, Sept. 16.
Donate $25 now to put solar in the path of KXL: bit.ly/solarxl
This second Solar XL project installation follows the first solar panels that were installed on the farm of Jim and Chris Carlson on the KXL pipeline route. Details for the 3rd Solar XL installation site announced soon!
The families partnered with Solar XL project sponsors Bold Nebraska, 350.org, Indigenous Environmental Network, CREDO, and Oil Change International to put renewable energy directly in the pipeline’s path. Solar XL underscores the need to center solutions to climate change while rejecting the Keystone XL pipeline and resisting the expansion of the fossil fuel industry.
DETAILS: boldnebraska.org/solarxl
Photos: Alex Matzke / Bold Nebraska
Ishtiaque Navid, PhD student, working in the Molecular Bean Epitaxy Lab in the Electrical Engineering and Computer Science Building on the North Campus of the University of Michigan in Ann Arbor on Friday, October 14, 2022. Navid and Pan are members of Professor Zetian Mi’s research group. In the background is first year PhD student Yuyang Pan.
In the lab they are growing Gallium nitride (GaN) based nanostructures by molecular beam epitaxy.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing
A 300 MWp (about 250 MWAC) utility-scale solar photovoltaic power station in San Bernardino County California. It is located at the base of Clark Mountain in California, across the state line from Primm, Nevada and adjacent to the Ivanpah Solar Power Facility.
The project uses approx 3.2 million panels from First Solar, an amount similar to the 250 MWAC Moapa Southern Paiute Solar Project.
Solar farm:
TypeFlat-panel PV
fixed tilt
Site area1,685 acres (682 ha)
Power generation:
Nameplate capacity:300 MWp, ~250 MWAC
Capacity factor:30.0% (average 2017-2019)
Annual net output:656 GW·h, 390 MW·h/acre
First year PhD student Yuyang Pan, left, looks on as Ishtiaque Navid, PhD student, works in the Molecular Bean Epitaxy Lab in the Electrical Engineering and Computer Science Building on the North Campus of the University of Michigan in Ann Arbor on Friday, October 14, 2022. Pan and Navid are members of Professor Zetian Mi’s research group.
In the lab they are growing Gallium nitride (GaN) based nanostructures by molecular beam epitaxy.
Photo: Brenda Ahearn/University of Michigan, College of Engineering, Communications and Marketing
{Solar Hot Water} Carringon Middle School, located in Durham North Carolina, houses over 1000 students from grades 6-8. The 8-panel solar hot water system was designed with the school’s cafeteria as its central focus. The cafeteria is the campus’s main source for hot water use, rolling out thousands of meals a week. Our structure now supplements their demand with water that has been heated by the sun, and stored for on-demand use in the cafeteria kitchen. BRE’s solar thermal structure is expected to save the equivalent of about 400,000 gallons of natural gas in 2010, as well as reduce over 8,500