Renewable Energy Contractor – Sprig Energy Solutions Group is a full-service engineering procurement and construction (EPC) provider in the renewable energy sector. Our energy experts offer solar and electric systems designed to meet your energy needs and reduce your organization’s carbon footprint. Our team consists of NABCEP certified planners, qualified project managers and union professionals with extensive experience in energy solutions. Sprig is involved in every renewable energy project and because we are vendor agnostic, we can refer to every Tier 1 manufacturer to best meet each project’s requirements.
Depending on the building’s energy needs, your design will be analyzed to determine the lowest cost of energy (LCOE) over the lifetime of your proposed system. From there, our team prepares comprehensive plans to provide you with “good, better, better” solutions that may include photovoltaic and/or photovoltaic storage options. Each proposed system fits your budget and is tested for performance and durability. The end is in your hands. Sprig offers complete installation, interconnection, sales, commissioning and warranty for your system. We provide training on Sprig-install systems and monitoring upon request. We also provide financing through select partners who can offer leasing or power purchase agreements (PPAs).
Renewable Energy Contractor
In addition to our full EPC services, our team can employ developers who have undertaken engineering / design and procurement projects that require technical coordination. With our trusted and certified staff, we can fill the necessary gaps in program coverage.
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From inspections, to full service, to future upgrades, Sprig will make sure your system performs to your satisfaction. Sprig installed systems are more than just an energy solution; they create a bond that will last for your system and life beyond. The future of the American economy and our society requires a comprehensive response to the climate crisis, including a transition from fossil fuels to renewable energy sources. Climate change mitigation and greenhouse gas reduction goals by 2030 or 2050 cannot be achieved without a shift to solar, wind and other renewable energy sources. But if elected officials don’t talk about the national impact of renewable energy, especially the risk of losing jobs to fossil fuels in specific sectors, that change won’t move at the speed the country needs.
Fossil fuels create a large economic footprint in the communities where resource collection, processing, and electricity generation occur. Despite declining employment in some countries, these traditional energy companies provide workers with specialized knowledge, skilled nurses, and can offer high wages with low labor requirements, such as business-related activities. And because fossil fuel companies produce and distribute energy resources nationally and globally, they bring revenue and taxes to society, from suppliers of components to teachers and doctors.
So clean economic change isn’t as simple as doing what’s right for the world. Residents and businesses in fossil fuel areas often view these changes with suspicion or fear, leading them directly to protect their economic interests despite environmental risks. leads them to resort to politics. The February blackout in Texas renewed concerns about renewable energy as weather issues continue to plague all forms of power generation. To break this political impasse, federal and state leaders must convince these communities that clean business does not threaten their future and that “just change” will ensure continued operations.
Fortunately, the political fix is hiding in plain sight. Our analysis of a national database of renewable energy potential shows that many fossil fuel-burning regions are now prime locations for renewable energy generation. Overall, a quarter of the counties in America with the most potential for wind and solar power generation are fossil fuel hubs.
Off Grid Solar Installation
The policy implications are both practical and important. If federal and state leaders can promote job development and investment in renewable energy in specific areas of need, it could reduce gridlock in communities that have questioned the transition to renewables. Because a small number of votes can decide whether an amendment passes Washington. state leaders believe these projects could be the difference between damaging the environment or a cleaner and better future.
Fossil fuel consumption is part of our modern economy. Because of the amount of energy they store, fossil fuels power our businesses, homes, and the technologies that connect them. But even if fossil fuels are used everywhere, the harvesting, cleaning and processing industries are very tight.
In 2019, about 1.7 million people worked in fossil fuel industries, including mining, electricity, utilities, pipelines, and related industries. (See the downloadable appendix for more information on our definition of the fossil fuel industry.) Although their numbers are small, they are about the same as the number of workers in clothing stores or nursing homes. And because fossil fuel industries operate in the country, they have a major impact on local economies and public opinion on climate issues.
Figures 1A and 1B show fossil fuel production as a number of jobs and as a share of total output. Fossil fuel operations are concentrated in counties ranging from Los Angeles and Houston to mountain counties in Wyoming and Pennsylvania.
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For a small percentage of counties, the fossil fuel industry accounts for a portion of the workforce. In West Texas, Oklahoma, Wyoming, North Dakota, and some counties in West Virginia, 30% to 50% of all workers are employed in these industries. Most of these counties vote Republican in state and federal elections.
Energy projects bring economic benefits to residents of fossil fuel-rich counties. Fossil fuel companies may offer wages higher than the national average, may not require special education beyond high school, and may provide on-the-job training and enhanced energy technical skills. Utility workers are often included. While many fossil fuel companies have shut down in recent years, including those that continue to use coal, no community rich in fossil fuel operations has more does not want to be left without a choice.
Renewable energy sources are giving way to the clean economy, but they share the same thing as fossil fuels: some countries have more resources than others. In the economic language for villages, it is possible to note many new things and serious technological competition. However, switching to solar and wind power is not as simple as installing a few solar panels or turning on a wind turbine. The natural environment should provide the type of sunlight and stable, strong winds that can increase power production. Public and private leaders, including utilities, technology companies and educational institutions, must train skilled workers and deploy competitive equipment in those industries to capture kinetic energy.
Fortunately, there is good overlap between where fossil fuel production and where renewable energy can be developed.
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Joshua Rhodes, Carey King, and their colleagues at the University of Texas at Austin have turned their research into a tool to help the public understand the various costs of technology. Their Levelized Cost of Electricity (LCOE) program calculates the megawatt-hour costs of building and operating a power plant for various generation technologies in the United States. Base rates take into account many factors, such as plant life, start-up and operating costs, and resource availability. The resulting data allows cost comparisons between 12 electronic manufacturing technologies. For this study, we focused on the comparative cost of photovoltaic solar scale and wind.
Figures 2A and 2B map where wind and solar are considered the most competitive and available sources. Competitive counties are defined as the 20% of counties with the lowest LCOE for a given technology.
The counties most competitive with wind are located in the plains and intermountain western states that stretch from West Texas to the Canadian border. There are some bright pockets of windy weather through the Appalachian Mountains; Watauga County, for example, has only 54 megawatts of wind power.
Solar competition is concentrated in the deep Southeast, Southwest, and Mountain West, including parts of Wyoming, Texas, and California. New Mexico is home to five of the 10 lowest counties for electricity generation. Many counties, especially West Texas and the Great Plains, have good opportunities for wind and solar. For example, 23 Wyoming counties compete in either wind or solar, and seven compete in both.
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In addition, a quarter of the counties with the most wind and solar energy in the US are also fossil fuels. Figures 3A and 3B map wind and solar costs in fossil fuel-only areas or counties with at least 486 fossil fuel operations (top 20%
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