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Most people say they want to save money and the environment, but their actions suggest otherwise.
Controlling our homes with the tap of an app may have hidden energy costs.
Smart home image from www.shutterstock.com
Our homes are getting smarter and more connected – but at what cost to energy use?
Airlines have saved energy by changing flight routes and modifying wings for better fuel use.
Plane image from www.shutterstock.com
Companies could improve their profits 2-10% each year by saving energy, according to a world-first attempt to assess energy performance.
Video streaming services such as iPlayer need ‘green’ software, too.
Software is eating everything in this online, digital world. We need to design code that uses as little energy as possible.
When it comes to TV use energy, calling one household ‘average’ can be misleading.
Evert F. Baumgardner - National Archives and Records Administration.
People who watch a lot of TV consume a disproportionate amount of electricity so we should tailor energy efficiency incentive programs to these and other big energy users.
Salford Energy House / Built Contracts
There's loads of advice out there on how to save energy. But how much of it is based on real scientific evidence?
Self-driving cars are way more energy efficient than your average vehicle – but that doesn't necessarily mean they'll reduce carbon emissions.
Homebuyers respond well to green features such as solar panels, rather than stats and figures.
Homebuyers want energy-efficient homes. The challenge is to present the relevant information in a way that taps into the typical house-hunter's mindset.
Supreme Court ruling allows consumers and businesses to make money by reducing power and other grid services.
An obscure Supreme Court ruling paves the way for people and businesses to earn money with distributed energy technologies.
Plugging in: more energy efficient cars are just one of the ways to improve energy productivity.
Electric car image from www.shutterstock.com
'Energy productivity' is the new buzz-phrase in energy and climate policy, what even is it?
Hot image from www.shutterstock.com
Sweating it out through hot summer nights? Here are some tips when you're looking for something to cool you down.
Change is coming for Australia’s energy sector. Time for our leaders to embrace it.
The key drivers for energy in the 21st century are managing climate change, shifting community concerns, and radical technology change.
Gas bill got you feeling grey? A reverse cycle air conditioner could save you money.
Heating your home using electricity is not just cheaper, it's more efficient and can be considered renewable.
Better fuel efficiency means more money, less emissions.
Vehicle efficiency isn't just about reducing emissions. It can also save us money, and reduce our heavy reliance on imported oil.
Graphene could have a radical influence on the future of energy storage.
graphene by nobeastsofierce/shutterstock.com
Something is needed to give the stalwart lithium-ion battery a boost for our increasingly power hungry mobile devices.
Tasmanian hydro power had a boom couple of years when the carbon price was in place.
A year after the demise of the carbon tax, we might expect both coal and greenhouse emissions to have bounced back, at the expense of renewables like hydroelectricity. Sure enough, that's what happened.
Energy efficiency has driven the recent fall in electricity demand.
In June this year, forecasts revealed residential and business demand has risen for the first time in five years. The trend could be here to stay, according to a report released today from the Australia Institute.
While the higher gas mileage may lead people to drive a green car more often, its other attributes may be less appealing.
Green car via www.shutterstock.com
Some worry that efforts to reduce energy consumption by increasing fuel efficiency cause a so-called rebound effect that eats into the expected savings. We tested the theory.
Conventional forecasts have consistently overestimated energy use, leading to increased investment in energy infrastructure.
Indigo Skies Photography /Flickr
Electricity forecasts just 4 years ago predicted strong, uninterrupted growth in electricity demand. In reality, demand has fallen for the past four years. Why?
Lots of wind blowing – often at night when there’s little demand for power.
Smoothing out variable wind and solar is a growing problem. Instead of storing energy with batteries, utilities can adjust the power of millions of devices in buildings and homes.