Transmission is an important broadcast source for both individuals and businesses (along with buildings). Today, internal combustion engines account for 70% of transport emissions. Therefore, one of the key solutions to combat these transmissions is the electric drive.
In addition to covering the need to recharge infrastructure, increasing employee satisfaction and potential revenues, installing electric vehicles is also an effective way to reduce the carbon footprint of living organisms.
Of course, electromobility is not a silver ball for eliminating emissions, but when applied along with other actions, it can be a useful tool in every company's viability toolbox.
Before exploring the benefits of electricity, let's first look at the carbon footprint of a business.
To understand the impact of each specific action on your organization's emissions, it is important to understand where they are and how they are measured.
Carbon dioxide emissions are a widely used tool for calculating the amount of greenhouse gases produced by an activity. Greenhouse gases are an important driver of climate change and have many negative environmental and social impacts, including rising temperatures, rising sea levels and the most frequent and unsustainable extreme weather events.
Calculating carbon dioxide emissions from organisms can detect and quantify the points at which emissions occur and provide useful information for reducing them. In addition to social and ethical issues, reducing emissions can have direct economic benefits for companies. For example, quantifying CO2 emissions can help identify and eliminate invalid or wasteful procedures, reducing energy bills.
Clearly, reducing emissions is not a process that suits everyone. Different industries and companies have vastly different broadcast sources that can be eliminated to varying degrees.
However, no matter the context, a good emission reduction strategy is holistic and involves various aspects of the body. For example, supply, resource use, waste disposal and transport. In the latter case, the electric drive is an important advantage for reducing emissions during vehicle operation.
Today, most of the world's workforce commutes to work by car. Even in environmentally conscious countries like the Netherlands, more than 60% of workers commute to work by car. Indeed, daily commutes average 10 km in the EU and up to 64 km in the US, making them an important source of greenhouse gas emissions.
At the same time, many companies have vehicles ranging from passenger cars for business trips to trucks and distribution vehicles. The use of these vehicles by employees can significantly increase the body's carbon footprint and become a visible source of emissions that can be easily linked to the enterprise.
Governments are already aiming to transfer data from the fleet. For example, the Netherlands has introduced new legislation requiring companies with more than 100 employees to report CO2 emissions from business travel. Companies that exceed certain limits will have four years to cut their emissions and achieve carbon-free.
Electric vehicles are the most effective way to reduce carbon emissions, although other modes of transport may provide a low-emission alternative that requires the use of road transport. In fact, most electric vehicles have the highest autonomy for daily commuting and, depending on how electricity is generated, emit significant amounts of greenhouse gases or none at all.
The other important source of corporate broadcasting is the premises. In Germany, for example, 30% of carbon dioxide emissions come from buildings, mainly through the use of heat and electricity. An important and perhaps the easiest step to reduce the carbon footprint of living organisms is to increase the energy efficiency of facilities.
Maximizing resource efficiency and minimizing waste not only reduces costs, it also limits the company's emissions. For example, the use of renewable energy sources or do-it-yourself energy production, as installing solar collectors can provide long-term savings and reduce the overall carbon footprint.
Combined with an electric drive, renewable energy becomes an even more powerful tool. By using some of the electricity to charge cars used by the business or its employees, the company can use cheap and environmentally friendly transportation.
Even if you generate electricity yourself or rely on the power grid, installing electric vehicles can be a catalyst for electric mobility and help reduce your carbon footprint. Today, most modern chargers are equipped with software that provides many smart features to ensure the most efficient charging.
Smart Charging opens up a suite of tools to help EV chargers manage the smart energy they use. For example:.
In the future, technological advances may also provide backup for electric vehicles in the event of a power outage.
Combating climate change is probably one of the biggest challenges facing society and all businesses need to do their part. One of the solutions to reduce emissions is transport electricity. This, combined with energy production and the power of the smart EV charger, makes it a simple yet effective tool for a sustainable future.
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