Umair Gaines
Iowa-based energy companies, such as MidAmerican Energy and Eastern Iowa REC, are known for supplying electricity to the state's residents. However, it is unclear whether they are the suppliers for Lime Springs, Iowa. According to WattBuy, Lime Springs's energy comes from wind, coal, natural gas, hydroelectric, and solar sources, with wind being the largest source, providing 67% of the town's energy.
| Characteristics | Values |
|---|---|
| Energy Sources | Wind, Coal, Natural Gas, Hydroelectric, and Solar |
| Largest Source of Electricity | Wind (67%) |
| Second Largest Source | Coal (22%) |
| Electricity Provider | Hawkeye Tri-County El Coop Inc |
| Electricity Distributor | Eastern Iowa REC |
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$23.28
What You'll Learn
Lime Springs, Iowa's energy sources: Wind, Coal, Natural Gas, Hydro, and Solar
Iowa has significant renewable energy resources, and the state's renewable energy capacity has far exceeded its renewable portfolio standard (RPS) goals. In 2023, 59% of Iowa's electricity net generation came from wind energy, with wind turbines generating more electricity than coal-fired power plants for the first time in 2019.
Lime Springs, Iowa, is supplied with electricity from a variety of sources, including wind, solar, natural gas, and hydropower.
Wind
Iowa has an abundance of unobstructed winds blowing across its open prairies, giving the state significant wind energy resources. In 2023, wind power accounted for 59% of the state's net generation, with only two wind farms in the top ten power plants by generating capacity.
Lime Springs, Iowa, is likely to benefit from the state's wind energy resources, although it is unclear if there are any wind farms located specifically in the town.
Solar
Iowa has many days of sunshine each year, giving it solar energy potential. In 2023, solar energy contributed to around 3% of the state's electricity generation. The state's largest solar generating facility, the 100-megawatt Holiday Creek Solar Farm, came online in mid-2022.
Lime Springs, Iowa, also has solar energy potential, with an average annual solar radiation value of 4.76 kilowatt-hours per square meter per day (kWh/m2/day). The month with the highest historical solar radiation values is July, with an average of 6.12 kWh/m2/day.
Natural Gas
Natural gas-fired power plants contributed 15% of Iowa's in-state generation in 2023, with total generation from natural gas at a record high. Natural gas accounts for three-tenths of the total energy consumed in Iowa, with the industrial sector accounting for 58% of natural gas consumption by end-users in the state.
Lime Springs, Iowa, is connected to the natural gas grid, as it shares a ZIP code with North Liberty, which has natural gas rates available for review.
Hydro
Iowa has some hydropower resources, with the largest of its four hydroelectric power plants being the 111-year-old Keokuk plant, which has 15 turbine generators and 150 megawatts of generating capacity. In 2020, American Hydro announced plans to modernize two units at this plant.
It is unclear if Lime Springs, Iowa, specifically benefits from hydropower, although it is one of Iowa's renewable energy sources.
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Electricity rates for Lime Springs
The average electricity bill in Lime Springs, Iowa, is $110 per month, with the highest average bill in June. The average residential price per kilowatt-hour is 17.34 cents, which is 32.26% above the state's average rate of 13.11 cents and 9.07% higher than the nationwide average of 15.95 cents. The price per kWh in Iowa is 14 cents, while the cheapest rate can be found in Louisiana at 12 cents per kWh, and the most expensive rate is in Hawaii at 41 cents per kWh.
Lime Springs has one total power plant and is the 22nd highest in the state in terms of the number of power generation plants. Around 100% of the city's electricity is produced using wind power, which is carbon-free and contributes to a lower carbon footprint. The average carbon footprint for a home in Iowa is 12,706 lbs, while the estimated carbon footprint for a home in Lime Springs is 5,436 lbs CO2 per year.
WattBuy offers a service where users can enter their address, and their energy estimation model will find the best electricity options for the user's home. They use data from public and private sources, including the Department of Energy, and overlay information about the region, such as weather, climate, and housing data.
In Howard County, Iowa, there are three electric providers, and Alliant Energy is the largest electricity provider in Cresco and Elma based on total residential customers.
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Rural energy suppliers in Iowa
Iowa's electric cooperatives, or co-ops, are committed to providing power that is safe, reliable, affordable, and sustainable. They are owned by the members they serve and governed by a local board of directors who are elected by members of the co-op. Electric co-ops power the lives of 650,000 Iowans across all 99 counties, accounting for about 15% of the state's population. Most of these cooperatives were formed in the 1930s and 1940s due to the Rural Electrification Act of 1936, which provided official status to the Rural Electrification Administration (REA) as a lending agency serving rural areas.
Eastern Iowa REC is one such cooperative, serving the rural portions of 12 counties in Eastern Iowa along the Mississippi River. Their service territory spans from Sabula in the north to Burlington in the south, and Iowa City to the west. Their headquarters are in Wilton, Iowa, with additional offices in DeWitt, Lone Tree, and Wapello.
Iowa Lakes Electric Cooperative is another example, providing energy to over 13,000 farms, homes, businesses, and industries in northwest Iowa.
These cooperatives are committed to supporting their local communities and investing in economic development to improve the quality of life in rural Iowa. They also promote a proactive safety culture through initiatives like the Rural Electric Safety Achievement Program (RESAP) and provide resources for members considering solar generation systems.
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Iowa's carbon-free energy goals
In 2021, the Des Moines City Council unanimously passed a resolution setting a timeline for several milestones in the city's transition from fossil fuels to renewable energy sources, including wind and solar power. The city aims to achieve a 45% reduction in greenhouse gas emissions between 2010 and 2030 and reach net-zero emissions by 2050. By 2035, Des Moines hopes to become the first city in the United States to achieve 100%, 24/7 carbon-free electricity. This ambitious goal has been praised by climate advocates and elected officials, positioning Des Moines as a leader in climate action and sustainability.
Iowa is already a leading state in the wind industry, and the state's clean energy sector employs 10,000 people. The shift towards renewable energy sources is expected to create even more jobs, contributing to economic growth and environmental sustainability. MidAmerican, for instance, has plans for a new subscription service offering 100% renewable energy.
The resolution passed by the Des Moines City Council includes a commitment to uphold the Paris Agreement, recognizing the important role of local governments in addressing the impacts of climate change. Mayor Frank Cownie, who presides over the international group Local Governments for Sustainability, expressed pride in the city's efforts to tackle climate change and promote sustainability.
While Des Moines has set ambitious goals for lowering greenhouse gas emissions and transitioning to carbon-free energy, it is not alone in its efforts. Other cities and organizations are also raising the bar for climate action. For instance, @Google has adopted a 24x7 100% clean energy standard for its corporate policy, and Councilman Josh Mandelbaum has been encouraging other municipalities to follow Des Moines' lead.
Iowa is taking significant steps towards a carbon-free future, and the state's efforts are being driven by both local governments and private companies. Des Moines, in particular, has positioned itself as a leader in sustainability and climate action, with its groundbreaking resolution to achieve 100%, 24/7 carbon-free electricity by 2035. These efforts not only contribute to the state's environmental goals but also have the potential to create new jobs and economic opportunities in the clean energy sector.
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Iowa's renewable energy sources
Iowa has significant renewable energy resources. In 2023, about three-fifths of the state's total electricity net generation came from renewable resources, with wind energy alone powering 59% of Iowa's net generation. Iowa was the second-largest wind power producer in the US that year, after Texas. Wind farms are located across the state, with most found in the northern and western areas, where the strongest winds occur.
Iowa also has solar energy potential, with the southwestern corner of the state offering the best solar power resources. In 2023, solar energy, alongside hydroelectric power and biomass, contributed a small amount of the state's electricity. Iowa's largest solar generating facility, the 100-megawatt Holiday Creek Solar Farm, came online in mid-2022. However, two solar farms with 150 megawatts each are scheduled to be operating by the end of 2024, surpassing Holiday Creek in capacity.
Iowa's renewable energy push is reflected in the efforts of its energy companies. For example, Alliant Energy increased its renewable energy use from 9.9% in 2018 to 43.8% in 2020, while Des Moines-based MidAmerican Energy sourced 83.6% of its electricity from renewables in 2020.
Iowa's climate, with rainfall in the growing season and dry air at harvest, combined with its deep topsoil, also makes it a leader in the production of corn and ethanol. However, the state has few economically recoverable fossil energy reserves and no crude oil, natural gas, or coal production.
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Frequently asked questions
Hawkeye Tri-County El Coop Inc supplies electricity to Lime Springs, Iowa.
Hawkeye Tri-County El Coop Inc has several different electricity rates for residential customers.
Wind, coal, natural gas, hydroelectric, and solar sources are used to generate electricity in Lime Springs, Iowa.
Wind power is the largest source of electricity in Lime Springs, providing 67% of the town's energy.
You can use WattBuy's proprietary energy estimation model to find the best electricity options for your home by entering your address.
