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Solutions’ independent technical reports help developers and lenders evaluate potential energy projects to identify and mitigate risk.
We help make the important financial closing of a wind or solar project as smooth and successful as possible. Our technical and commercial expertise, as well as our understanding of project finance, make us the ideal partner for developers to deliver a project. Our team of engineers and technical experts will help you prepare your project for financing, de-risking and ensuring that it is sound and ready for construction.
We support developers and borrowers in evaluating technologies and projects for their loans and investments. Our independent engineering (IE) analysis provides objective information from a number of services needed to identify and mitigate potential risks in wind and solar projects. Our strong reputation in the renewable energy industry and global banking is based on knowledge, quality and transparency, and our track record reflects the trust lenders place in us to help ensure project success and profitability. Our technical and commercial expertise, along with our understanding of the complexities involved in project financing, make us a good partner for developers looking to raise capital and lenders looking to finance energy projects. The methodology we use for our reports has been carefully researched over time by some of the world’s key managers and lenders, so we know exactly what they are looking for. We guide you through financing techniques so that your project can secure the funds it needs to be successful. We offer a wide range of IE services for IE reports, but we can also customize the range to our specific customer needs. Are you interested in the solar energy industry? Learn all about training and becoming a solar engineer. Keep reading!
With the increasing adoption of solar energy around the world, this is a time of great opportunity in the field of solar engineering. In the US alone, the solar industry needs to quadruple the size of its workforce by 2035 to meet President Biden’s clean energy goals.
Solar engineering offers a rewarding career and high earning potential in a rapidly changing industry. So, could this be your next challenge?
What does a solar engineer do, and what kind of training do you need to get on the career path?
Solar engineers can be involved in various types of engineering in the supply chain, including materials, electronics, electrical, chemical, and software engineering. They may work in maintenance, manufacturing solar equipment, design and construction of solar installations, or repairing solar power systems.
Solar energy installations can range from rooftop photovoltaic (PV) panels and heating systems in private homes to large power plants for utility companies.
Solar engineers who work in the design and/or construction of solar projects create and analyze designs for simulation and testing. They plan the layout of panels, inverters and electrical components to maximize the amount of electricity they can produce. They can also work on solar heating and hot water systems for residential or commercial buildings.
Solar engineers create drawings and other documents for solar projects, review project plans and ensure that safety procedures are in place for installation and maintenance. Engineers can use computer-aided design (CAD) software to assist in project planning.
Want to know what the project might look like? Check out our PV-powered airport, where we describe the solar plant built around Budapest Airport.
The rapid growth of the solar industry, with record high volumes set for 2020, has seen a shortage of qualified solar engineers. As a result, workers with different engineering backgrounds have been able to go into the solar industry.
Most solar engineers have a background in chemistry, mathematics and computer science. Proficiency in the use of CAD programs and mechanical drawing is also appreciated.
Engineers can earn a bachelor’s degree in electrical, civil or mechanical engineering. Many engineers also choose to earn a master’s degree to advance their knowledge and skills. Also, some colleges and universities offer degrees with a focus on solar energy.
Degree programs often include a practical experience component. In addition, some solar companies and industry associations offer hands-on internships.
There are many universities and colleges around the world that offer professional solar engineering courses. Some examples include:
Courses specifically focused on solar energy include technology development, quality control, system design, life cycle analysis and solar cell integration, as well as policy and regulation. It is possible to switch from studying other engineering courses to focus on solar engineering.
Apart from universities and colleges, there are training courses and workshops available through industry associations such as Solar Energy International and Solar Energy Europe to help people explore opportunities in the industry. In the US, the Solar Training Network, funded by the Department of Energy, is a network that connects job seekers in the solar industry with trainers and employers.
As we have seen, solar engineering has many different functions. Other engineering jobs in the solar industry include:
Such tasks include developing or acquiring solar projects, providing engineering to the project, starting with the first phase of analysis and continuing through technical and economic studies. Engineering jobs also focus on the construction sector and, in some jobs, energy sustainability.
Engineers are also responsible for handling and coordinating with external technical contractors. They visit the site and review all technical documents for the project, including reports, specifications, calculations, proposals and contracts.
It is important to distinguish between the jobs of a solar engineer and a solar technician. While a solar engineer works on the design and simulation of solar projects in the planning stage, a solar technician installs the solar power system in place.
While engineers usually need at least a bachelor’s degree, a solar technician doesn’t need to have a higher education. Courses are available to train electricians to become solar installers. Solar technicians must be certified to be allowed to install solar systems in their community.
You can find engineering jobs in the industry through solar associations, job boards, alumni networks, and solar companies.
If you want to learn more about working in the solar industry, check out our open positions. We are always looking for bright talent to help make renewable energy the nation’s leading energy source.
We will be happy to provide information to help you start your career in solar engineering.
When you’re ready, here are four ways we can help you grow your solar business and reduce the LCOE of your PV plants.
What are the key financial metrics that help evaluate and compare the estimated returns of utility-scale solar projects?
Today is a day of great pride here. We were acquired by Enverus, the leading energy SaaS company.
Deserts seem to be ideal for solar plants. But what are the benefits and challenges of large scale PV projects in desert areas? This article is about radiant light and heat from the sun used in different ways. For more information on generating electricity from solar energy, see Solar energy. For the academic journal see Solar energy (journal).
Solar energy is radiant sunlight and heat that is captured to produce electricity using a variety of technologies, such as solar energy, solar thermal energy (including solar water heating), and solar building.
It is an important source of renewable energy, and its technologies are widely characterized as passive solar or active solar depending on how they handle and distribute solar energy or convert it into solar energy. Active solar technologies include using photovoltaic systems, combined solar power, and solar water heating for solar energy. Solar practices include orienting the building to the sun, choosing materials with moderate thermal or light blocking properties, and creating well-ventilated spaces.
The abundance of solar energy available makes it a very attractive source of electricity. In 2020, solar energy has become the cheapest source of electricity.
A power purchase agreement was signed in Saudi Arabia
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