KlimaTV – Vedvarende energi

Can Wind Energy Save the Planet?

Can Wind Energy Save the Planet?

9:37 | The first-ever wind turbine was built in Ohio in 1888 and today, wind power has become a widespread, cost-efficient form of renewable energy. Alejandro Alba scaled an industrial turbine to find out if wind energy can save the planet.

Batteries are dirty. Geothermal power can help.

Batteries are dirty. Geothermal power can help.

8:00 | In Indonesia, where the majority of nickel for lithium-ion batteries is produced, the production process emits large amounts of carbon and pollution. It doesn’t have to be this way. Indonesia sits along the Ring of Fire, one of the most geologically active regions in the world.

Can Ocean Waves Save the Planet?

Can Ocean Waves Save the Planet?

8:22 | This device, called the xWave, helps turn the motion of the ocean into electricity we can use at home. Wave energy could someday generate enough power to light up an entire continent.

A global solar PV waste TSUNAMI is about to hit!

A global solar PV waste TSUNAMI is about to hit!

11:21 | Solar PV panels are multiplying at almost virus-like speed all over the planet. That’s a great thing for the transition to sustainable energy, but a massive potential problem for a catastrophically ill-prepared recycling industry.

Perovskite solar cells. Major new breakthrough!

Perovskite solar cells. Major new breakthrough!

11:30 | Perovskite structures have the potential to revolutionise the solar PV industry, but they are notorious for breaking down very rapidly in real-world use. Now a research team from Princeton University has developed a process for overcoming that problem.

Driving on Solar

Driving on Solar

47:26 | The solar car, an electric car with built-in solar panels, will be on the market in 2022. From 2030 onwards, no new cars may be sold in the Netherlands that run on petrol or diesel.

Why wave power isn’t everywhere (yet)

Why wave power isn’t everywhere (yet)

11:16 | The oceans, that cover most of the planet, are full of energy. So much, in fact, that if we could harness that of all the waves, we’d fulfill global demand three times over. There’s just one small problem.

Algae – The super plant of the future

Algae – The super plant of the future

42:26 | Algae are perhaps the most adaptable and productive organisms on Earth. They’re an important food source, and their ability to provide oil could make them a replacement for fossil fuels.

How green is solar energy really?

How green is solar energy really?

9:02 | More and more solar panels are popping up all over the world – and it’s easy to see why: They provide clean energy at falling prices. But there are also some not-so-green sides to this technology.

The untapped energy source that could power the planet

The untapped energy source that could power the planet

15:10 | Deep beneath your feet is a molten ball of energy the same temperature as the surface of the sun — an immense clean energy source that could power the world thousands of times over, says Jamie C. Beard.

Is wind power the future of freight shipping?

Is wind power the future of freight shipping?

The global freight shipping industry accounts for nearly 3% of all GHG emissions, so freight operators are on a quest to reach net zero by 2050. Here’s three of the most promising wind power options that could help them get there.

Why Oil Country is Turning to Wind Power

Why Oil Country is Turning to Wind Power

9:29 | If Texas were a country it would be fifth in the world for wind energy generation. Take a trip through wind country with host Joe Hanson as he looks into why oil country is turning into wind country.

How FIVE BILLION Pounds of Las Vegas Garbage Powers a City

How FIVE BILLION Pounds of Las Vegas Garbage Powers a City

9:14 | Most of the 600 billion pounds of waste that Americans produce every year ends up in landfills. All that trash can have huge impacts on the environment. But modern landfills have found a new use for all that trash — they’re turning it into energy.

Vindmøller, solceller, vandkraft, biomasse, geotermisk energi. Energien kommer enten fra Solen eller Jordens indre og den findes i rigelige mængder i de næste 5 milliarder år. Udfordringen er at opsamle og oplagre denne energi.