The more sunlight solar panels receive, the hotter they get. The hotter they get, the more inefficient they become at converting energy into electricity. A new modular solar panel currently under development at Brunel University London solves this issue by using heat pipes to gather this excess heat and use it to produce a building’s hot water.
PVadapt aims to perfect a flexible solar powered renewable energy system that generates both heat for hot water and electricity. “With our system, there is no waste heat,” said Technical Co-ordinator, Professor Hussam Jouhara, who invented the multifunctional Flat Heat Pipe. The panels cost about $340 each and can be used in social housing, public buildings and offices, and even in developing countries and off-grid.
See Also: Certified Green Buildings may have an advantage in capital markets
The panels can be installed quickly on-site thanks to the design that allows them to clip together as a weather-tight roof. The project team describes this process as being as simple as clipping together LEGOs or laminate flooring. For a more detailed look at how the product is clipped together on-site, take a look at the diagram below.
PVadapt will soon be used in multiple pilot projects across eight buildings, both residential and commercial, in Spain, Greece, Austria, and Portugal. Horizon 2020 is funding the project.
Related Stories
Green | Jul 23, 2015
NASA: U.S. headed for worst droughts in a millennium
Data from NASA shows carbon emissions could be the driving force behind devastating water shortages and record droughts in the western U.S.
Green | Jul 7, 2015
Philips sheds new light on growing fresh food indoors
A research center in The Netherlands is testing the latest techniques in urban farming.
![6 steps toward better water management [AIA course]](/sites/default/files/styles/list_big/public/VanDusen513.026_grassfix_stairfix.jpg?itok=K8oOWak9 "6 steps toward better water management [AIA course]")
Green | Jun 24, 2015
6 steps toward better water management [AIA course]
When it comes to water conservation, Building Teams tend to concentrate on water-efficient plumbing fixtures, irrigation controls, graywater capture, and ways to recycle condensate from air-conditioning systems. Yet many of the best opportunities for saving water begin with big-picture thinking in a project’s earliest phases.
Green | Jun 19, 2015
3 steps toward sustainable landscape architecture
A water-conscious, sustainable landscape is easily achievable, and the options for native and drought tolerant plants far exceed cacti and succulents, writes LPA's Richard Bienvenu.
Green | May 5, 2015
Top three 2030 Challenge trends
The growth of IPD is among the key takeaways from the USGBC Region 7 Conference.
Wood | Apr 26, 2015
Building wood towers: How high is up for timber structures?
The recent push for larger and taller wood structures may seem like an architectural fad. But Building Teams around the world are starting to use more large-scale structural wood systems.
Green | Apr 7, 2015
USGBC survey shows Fortune 200 companies prioritize green building
The world’s top-performing companies are prioritizing sustainability as part of their corporate social responsibility efforts, and a majority of them are using LEED to achieve their goals, according to the new survey.
Green | Apr 1, 2015
Global wind power installations expected to slow through 2019
After a 20% falloff in 2013, the global wind power industry made a strong comeback in 2014, with a record 51.2 gigawatts installed. But a new report from Navigant Research forecasts a curtailment in growth.
Cultural Facilities | Mar 31, 2015
Pratt Institute to offer first-ever degree in placemaking
As part of its new Urban Placemaking and Management degree, Pratt will offer courses on topics such as "the history and theory of public space" and the "economics of place."
Green | Mar 25, 2015
WELL Building Standard introduced in China
The WELL Building Standard is a performance-based system for measuring, certifying and monitoring features that impact human health and wellbeing, through air, water, nourishment, light, fitness, comfort, and mind.
