Repackaging solar for the mass market

September 4th, 2013 in Technology / Energy & Green Tech
A garden shed with solar panels offers a consumer-friendly way to begin generating power at home. Credit: No Picnic Design


A garden shed with solar panels offers a consumer-friendly way to begin generating power at home. Credit: No Picnic Design

The mass market appeal of solar power could get a boost from design and packaging concepts being developed at KTH Royal Institute of Technology in Stockholm.

A mobile app, a solar garden shed, a self-generation start-up kit and a video are among the concepts that can be developed into products, services or communications to attract consumers to the idea of making and storing their own energy.

Teo Enlund, a researcher and industrial designer at KTH is one of those working with the "User-friendly local " project, which is a part of the Green Leap initiative.

Where "save the planet" was once the marketing pitch for , Enlund says the team's ideas build on a more immediate appeal to the consumer – self-generation is a way to get free electricity.

"What you pay in the form of you pay on the solar cells instead," he says.

The panels typically pay for themselves in 10 years; and after that – "You have free electricity," he says. "When the come with a warranty of 25 years, it means 15 years of free electricity."

One way the project seeks to encourage adoption is with hassle-free installation propositions. The solar garden shed, for example, can be used when one's roof is not suitable for solar panels. These can also be designed to bypass typical municipal building codes, so the consumer could install it without seeking permits.

Aside from actual obstacles, adoption is also discouraged by imagined ones.

"For example, there's the widely-held belief that there must be beaming sunshine in order for solar panels to work. But, in fact, solar cells produce energy even on cloudy days," Enlund says.

An All-in-One Starter Kit could simplify the task of setting up solar panels.

In addition to the garden shed, the team has proposed the idea of a mobile app that supports consumers through their entire progression toward energy self-sufficiency, from the point of being curious to having gone completely off the grid.

Enlund says the app could be a source of inspiration and information, eventually displaying in real-time how much electricity each solar cell is producing.

Another concept is modular solar cells for public spaces, which is aimed at highlighting ' existence. Installing panels at such spots as bus stop shelters would help "normalize" solar energy.

The All-in-One Starter is the kind of product that could sit alongside barbecue grills at the home improvement centre or hardware store, Enlund says.

"It can contain everything needed to get started," he says.

The project also suggested production of a video to promote the benefits of self-generation.

"It's about how to package locally-produced electricity," Enlund says. "You can sell the concept as a way to save money, a savings of high and safe returns.

"We are a catalyst for change, which applies to all levels, for both politicians and citizens."

Green Leap is a meeting place for design and sustainable development at KTH. Project User-friendly local electricity production is financed by Vinnova, and partners are No Picnic Design and Custom El.

Provided by KTH Royal Institute of Technology

"Repackaging solar for the mass market." September 4th, 2013. http://phys.org/news/2013-09-repackaging-solar-mass.html