5 Innovations in Sustainable Technology and Their Environmental Impact
The concept of global warming and climate change has been on every country's agenda and people's consciousness for the past decade. And that's not surprising because effects have been felt in various parts of the world with extreme climatic conditions such as extreme heat with drought, super typhoons with excessive winds and rainfall, or massive blizzards that blanket cities in thick snow. STEM experts have been working on breakthroughs that sustain the planet for these reasons.
Even young students asked to write my essay on solar power can attest that relying on the sun, a massive and ever-present energy source, is a smart solution. It is an excellent alternative energy source for reducing carbon footprint. After all, solar energy is a clean and renewable energy source.
On top of that, these developments promote better management of finite resources. These technologies aim to decrease emissions, prevent pollution, and minimize waste production. Check out these five innovations in sustainable technology and their environmental impact.
1. Use of Public Electric Transportation in Parts Globally
It's not just individuals who can enjoy driving EVs that rely on batteries, not gas. Thanks to incentives, car manufacturers have released more than 16EVsgrow. Some governments have implemented EVs for public transport.
For example, 300,000 electric buses ply the streets daily in China. Although most new buses have higher upfront costs because batteries are expensive, total ownership costs are lower because there's no dependence on fluctuating gas or diesel prices. European cities are expected to follow suit because, unlike gas-powered engines, eBuses don't emit harmful particles into the atmosphere like:
CO2
Nitrogen Oxides
Sulfur Oxides
Reliance on electric vehicles means no tailpipe emissions. Hence, this is good for the earth and its people because fewer air pollutants and greenhouse gasses will be emitted than diesel or petrol vehicles.
2. Introduction of Commercial Electric Trucks
Since EVs are now popular, with more people patronizing them over traditional automobiles, commercial fleets are expected to follow suit. Today, there are numerous electric truck makers, such as:
Isuzu Motors
Mercedes-Benz Group AG (Daimler AG)
AB Volvo
BYD Company
Navistar Ince (Traton SE)
Rivian LLC.
Today, adoption of this tech was low because of the extremely high costs. But in the long run, ownership costs and maintenance could be up to par with diesel-engine trucks, especially in the light and medium-truck category. With more charging stations, heavy-duty eTrucks can now conveniently charge mid-route. This would reduce carbon emissions.
3. Better Battery Storage at a Cheaper Price
Before, one of the wonders of tech was providing batteries that made it possible to use tech gadgets without being constantly hooked to a power source. For example, wired telephones were slowly replaced by long-lasting lithium-ion batteries. The same concept is now applied to electric vehicles.
Because of the rapid demand and more efficient production of batteries, lithium and cobalt variants have taken a price cut. A decade ago, these batteries cost USD1,000 per kWh (kilowatt-hour), but now they are USD 200 per kWh. But the use of these batteries is not just limited to the EV market, as other industries are finding more use for these batteries. They are expected to increase the reliability of machines and reduce power costs. However, the only foreseeable problem for this in terms of environmental impact is the proper disposal of these battery-powered devices.
Batteries corrode when thrown in landfills, and they eventually leak chemicals that soak into the soil and contaminate ground and surface water. Sadly, the seepage could compromise the ecosystems of animals and plants. It could also harm humans who drink tap water which dangerous chemicals may contaminate. For this reason, it's important to promote the proper disposal of batteries with public information campaigns so that people will know how to throw them without harming mother nature.
4. More Accessible Solar Power For Communities
The drive to adopt renewable energy has grown in the past few years, with solar power at the forefront. With many providers producing accessible solar energy, the price of owning solar panels and their systems has become cheaper across the globe. This solar solution could help billions of people with poor access to electricity, such as Caribbean islands and parts of sub-Saharan Africa, as their countries are now exploring renewable solar energy.
It is an excellent option for numerous communities not connected to a powerful and reliable electric grid. And even those places with grid access can now use solar power because it reduces carbon emissions and utility costs. Most of all, solar power can be scaled and used for powering a single household to be used on an industrial scale.
5. Reliance on More Efficient LED-Light
In many parts of the world, LED light replaces traditional fluorescent and incandescent lighting. This technology reduces energy consumption by converting 95% of energy into a bright light, with only 5% being emitted and wasted as heat. As a result, LED lights are more efficient and require less power, making them better for the environment.
Final Thoughts
Studies written by the best research paper writing services point out that renewable energy like solar panels, clean transportation with electric vehicles (EVs), and smart cities are now enabling less reliance on fossil fuels that emit harmful gasses into the atmosphere.
Less power consumption equates to more savings for people on their utility bills. But more importantly, it means fewer greenhouse gasses and toxic emissions are released into the environment. Thanks to the experts working on sustainable technology, more and more innovations are released into the market. And these technologies are expected to make people's lives convenient without harming the planet since they rely more on clean and renewable energy resources and practices.
