Going From Pump to Plug: How Much Money Can Electric Vehicles Save Drivers?
What would you do with an extra $770 a year? Buy a new laptop? Pay off debt? The Union of Concerned Scientists analyzed how much money many drivers could save by switching from a gasoline-powered car to an electric vehicle.
We analyzed the cost of refueling electric and gasoline vehicles in each of the 50 largest cities in the U.S. In every city, there is a rate plan that would save the average EV owner on fuel costs, with a median savings of more than $770 per year.
EVs are becoming more affordable to purchase, especially after federal and state incentives are applied. However, barriers remain. The future of the federal income tax credit for EVs is in doubt and policies are needed to ensure that all drivers have the ability to choose an EV. This includes improving charging infrastructure and ensuring access to cost-competitive electric rates for recharging.
We make recommendations for EV drivers to maximize savings; and for policy-makers, electricity providers and automakers to advance policy that promotes EV adoption, and broadens access to charging infrastructure.
- The annual savings range from $440 to over $1,070 per year, depending on the electricity provider, the choice of electricity rate plan, and the local cost of gasoline.
- Many electricity companies offer affordable off-peak, time-of-use plans that benefit EV drivers. EV owners mostly charge their cars parked at home, overnight, which often matches times of lower overall electricity demand. Many utilities offer lower rates during these times. Off-peak, time-of-use rates vary from $.03 per kWh to $0.21 per kWh, resulting in gasoline equivalent costs ranging from $0.25 per gallon to $1.78 per gallon.
- The price of electricity is more stable than oil prices because it can be generated from diverse sources and U.S. electricity markets are regulated. In constant dollars, and when expressed in equivalent gasoline prices, the national average price of electricity as a vehicle fuel has remained around $1 per gallon ($0.88 to $1.17 per gallon) over the last 15 years. Average U.S. gasoline prices between 2002 and 2017 ranged from less than $2.00 to more than $4.50 a gallon.
- Purchase prices of EVs are going down. The cost to produce the battery pack of EVs drives their manufacturing costs, which have been typically higher compared with those for gasoline vehicles. But falling battery costs and rising EV production are expected to bring the purchase prices of EVs down to approach those of gasoline vehicles.
- EVs can be cheaper to maintain than comparable gasoline vehicles. Battery electric vehicles, like the Chevrolet Bolt EV, do not require oil changes and other engine services, while the electric motor and battery systems require little to no scheduled maintenance.
Recommendations for drivers considering an EV
- Evaluate the ability to get electric power where you intend to park an EV.
- Find out about rate options available for charging an EV, especially whether your electric provider offers time-of-use rates.
- Research the availability of state, local and electricity-provider incentives for buying an EV or EV charging equipment.
Recommendations for policymakers and electricity providers
- Access to lower-cost electricity rate plans are key to making EVs a reliable and affordable alternative to gasoline vehicles.
- Access to reliable and public charging, especially fast-charging stations, are needed for those drivers who cannot charge at home and those who must drive long distances.
- Public policies that improve charging options at apartments and multi-unit dwellings will broaden the base of drivers who can choose an EV.
- Making separate rates for EV and household electricity available could lower the cost for EV charging for more consumers.
- Rate plans, pricing mechanisms, and smart-charging technologies that encourage the coordination of EV charging with the availability of renewable electricity sources will decrease charging costs and further reduce heat-trapping emissions.
Recommendations for policymakers and automakers
- Federal and state purchase incentives are vital to making EVs an affordable and competitive option.
- Incentive programs for lower-income households to adopt EVs will bring the economic benefits from lower fuel costs to communities and demographics that need it the most but currently lack the ability to invest in an EV.
- Public policies that require manufacturers to produce higher volumes of EVs and encourage a greater diversity of electric-drive models and sizes will lower purchase prices for EVs.
A "trash tsunami" has washed ashore on the beaches of Honduras, endangering both wildlife and the local economy.
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By Harry Kretchmer
By 2030, almost a third of all the energy consumed in the European Union must come from renewable sources, according to binding targets agreed in 2018. Sweden is helping lead the way.
Sweden is a world leader in renewable energy consumption. Swedish Institute/World Bank
Naturally Warm<p>54% of Sweden's power comes from renewables, and is helped by its geography. With plenty of moving water and 63% forest cover, it's no surprise the <a href="https://sweden.se/nature/energy-use-in-sweden/#" target="_blank">two largest renewable power sources</a> are hydropower and biomass. And that biomass is helping support a local energy boom.</p><p>Heating is a key use of energy in a cold country like Sweden. In recent decades, as fuel oil taxes have increased, the country's power companies have turned to renewables, like biomass, to fuel local 'district heating' plants.</p><p>In Sweden these trace their <a href="https://www.sciencedirect.com/science/article/pii/S0360544217304140#fig3" target="_blank">origins back to 1948</a>, when a power station's excess heat was first used to heat nearby buildings: steam is <a href="https://www.sciencedirect.com/topics/engineering/district-heating-system" target="_blank">forced along a network of pipes</a> to wherever it's needed. Today, there are around 500 district heating systems across the country, from major cities to small villages, providing heat to homes and businesses.</p><p>District heating used to be fueled mainly from the <a href="https://www.sciencedirect.com/science/article/pii/S0360544217304140" target="_blank">by-products of power plants</a>, waste-to-energy plants and industrial processes. These days, however, Sweden is bringing more renewable sources into the mix. And as a result of competition, this localized form of power is now the country's<a href="https://www.sciencedirect.com/science/article/pii/S0360544217304140#fig3" target="_blank" rel="noopener noreferrer"> home-heating market leader.</a></p>
Sweden is using smart grids to turn buildings into energy producers. Huang et al/Elsevier
Energy ‘Prosumers’<p>But Sweden doesn't stop at village-level heating solutions. Its new breed of energy-generation takes hyper-local to the next level.</p><p>One example is in the city of Ludivika where 1970s flats <a href="https://www.buildup.eu/sites/default/files/content/transforming-a-residential-building-cluster-into-electricity-prosumers-in-sweden.pdf" target="_blank">have recently been retrofitted with the latest smart energy technology</a>.</p><p>48 family apartments spread across 3 buildings have been given photovoltaic solar panels, thermal energy storage and heat pump systems. A micro energy grid connects it all, and helps charge electric cars overnight.</p><p>The result is a cluster of 'prosumer' buildings, producing rather than consuming enough power for 77% of residents' needs. With <a href="http://www.diva-portal.org/smash/get/diva2:1232060/FULLTEXT01.pdf" target="_blank" rel="noopener noreferrer">high levels of smart meter usage</a>, it's a model that looks set to spread across Sweden.</p>
<div id="d7bf9" class="rm-shortcode" data-rm-shortcode-id="8757b138d5570bec9d6aad18074a429a"><blockquote class="twitter-tweet twitter-custom-tweet" data-twitter-tweet-id="1273556364263071744" data-partner="rebelmouse"><div style="margin:1em 0">Read more about Western Harbour and book a visit: https://t.co/ujSmVs9rNK 🏡🌳🌊 https://t.co/C5PuPziqIM</div> — Smart City Sweden (@Smart City Sweden)<a href="https://twitter.com/SmartCitySweden/statuses/1273556364263071744">1592474473.0</a></blockquote></div>
Scaling Up<p>A recent development by E.ON in Hyllie, a district on the outskirts of Malmö, southern Sweden, <a href="https://www.eonenergy.com/blog/2019/February/sweden-smart-city" target="_blank">has scaled up the smart grid principle</a>. Energy generation comes from local wind, solar, biomass and waste sources.</p><p>Smart grids then balance the power, react to the weather, deploying extra power when it's colder or putting excess into battery storage when it's warm. The system is not only more efficient, but bills have fallen.</p><p>Smart energy developments like those in Hyllie, Ludivika, and renewable-driven district heating, offer a radical alternative to the centralized energy systems many countries rely on today.</p><p>The EU's leaders have a challenge: how to generate 32% of energy from renewables by 2030. Sweden offers a vision of how technology and local solutions can turn a goal into a reality.</p>
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By Jessica Corbett
In another win for climate campaigners, leaders of 12 major cities around the world — collectively home to about 36 million people — committed Tuesday to divesting from fossil fuel companies and investing in a green, just recovery from the ongoing coronavirus pandemic.
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