Renewable Energy Course – The award-winning Renewable Energy Institute (REI) has launched a new heat pump training program for professionals and individuals – the second institute of its kind. The course is designed to teach participants how heat pump technology works and how to take advantage of the savings and benefits of the technology.
There are global efforts to reduce CO2 emissions and global warming. These efforts, due to rising gas and oil prices, are increasing investments in renewable technologies. Heat pumps are a natural evolution of the desire for a greener future, so it is important to understand the benefits of this technology.
Since heat pumps are used to maintain a constant temperature in buildings and distribute heat efficiently, they provide an inexpensive way to use electricity. Boiler upgrade schemes, such as those introduced in England and Wales last year , represent efforts to efficiently circulate heat in homes and commercial buildings. These systems reduce CO2 emissions and require less maintenance than traditional stove heating systems. They are cheaper to run than oil and gas boilers and have a longer service life (usually over 50 years).
After 47 years of expertise in renewable energy technology training, the institute – known for green conferences in collaboration with universities across the United States and the world – is launching its new heat pump course.
The course focuses on the basic concepts of heating in buildings, the physical principles and technologies involved in heat pumps. It will cover different types of heat pumps, their impact on the environment and financial regulations and incentives. This course is suitable for individuals and professionals who want to understand this technology and explain the main benefits of its application. Participants who complete the course will have the opportunity to take the internationally recognized Galileo Master’s Certificate exam.
“We are pleased to add this course to our already extensive list of training opportunities. This is the second edition of the Institute’s Heat Pump Course and we look forward to providing our attendees with important technology updates and analysis.” We are excited. We hope this course will inspire people to participate in the ever-growing renewable energy sector and help organizations reduce their carbon footprint. Paolo Boni, director of the Institute for Renewable Energy
The Heat Pump Live Virtual Classroom Course will take place on 27 April 2022. The course will run from 9am to 5pm UK time, with a remote Galileo Master Certificate exam at the end of the day.
Following the great success of its accredited specialist certificates, the Institute is proud to announce that the new heat pump course will form part of the Green Energy Consultant Specialist Certificate. Participants will have the opportunity to study this course to become experts in wind energy and renewable energy solutions at Green Energy Consultants.
Graduates of the accredited Master in Renewable Energy Award from participating institutions will have the opportunity to take the Heat Pumps course as part of their learning pathway, counting the course as one of their required 13 accredited courses.
The institute is currently accepting applications for the Heat Pump Live Virtual Classroom course, but the number of places is limited. To register, visit the training page or email us at [email protected] for a registration form. Or call us on +44 (0) 131 44 69 479 to book your place today. Solar thermal power plant Chemical control Explosive environment Cogeneration Wind energy Photovoltaic energy Biomass Industrial maintenance Legal maintenance
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It is intended for engineers and technicians who develop or will develop their work in the field of photovoltaics. This course is a general description of each of the elements that make up a solar farm or off-grid installation. The course examines the different components of a photovoltaic system, the relationships between different equipment and systems, their methods of operation and some basic ideas about their maintenance. The course is also designed for directors and executives involved in the management of energy projects that require technical expertise, the key aspects that define it and terminology.
In-house course: This course can be attended at any time at the customer’s premises. Check the prices and conditions by calling 91 126 37 66 or email [email protected]
Distance Learning Course: This course can be taken anytime remotely. Check prices and conditions by calling 91 126 37 66 or email [email protected] Special conditions for unemployed and graduate students
Course Type: On-site lessons, using advanced presentation-based programs such as PowerPoint
Course leader: Alex Lupión Romero, industrial engineer, from Switzerland. He has worked on the design and construction of connected and isolated solar farms in several countries.
(c) 2011. All rights reserved. Reproduction and use of any images, graphics or text on this website without the express written permission of the copyright. RENOVE TECHNOLOGY S.L. Paseo del Saler 6 28945 Fuenlabrada – Madrid. TFNO 91 126 37 66 The demand for renewable energy engineers will continue to grow as governments and companies seek to diversify away from hydrocarbons and reduce emissions. This program teaches the advanced skills needed to design, build and optimize the renewable energy infrastructure of the future.
This program is designed to give you an in-depth understanding of all major renewable energy sources and associated technical options, including geothermal, solar, biomass, hydro, marine and wind. In addition, there are courses on renewable energy legislation, planning and economic considerations, and grid integration of renewable energy.
Courses in this program provide the theoretical knowledge and advanced technical skills needed in this ever-evolving field. Education is delivered by our technical school and energy industry professional staff, to ensure that students are informed about the latest developments and future needs of the renewable energy industry.
One of the main features of the program is its interdisciplinary nature, which is suitable for students with mechanical, civil, electrical, chemical and other relevant engineering backgrounds. In special circumstances, the program is also open to students with other relevant science backgrounds, including physics, chemistry and applied mathematics.
Known as the energy capital of Europe, Aberdeen is a major international hub for research and innovation in all aspects of the offshore oil and gas industry. In recent years, however, hydrocarbon-free energy has grown significantly, largely due to the large number of talented energy engineers and scientists in the Aberdeen region and the large wind and ocean energy resources off the coast of Aberdeenshire. The city and the region are rapidly developing as an important center for sustainable energy.
In August 2016, Hywind, the world’s first floating wind farm, was installed by Equinor (formerly Statoil) off the coast of Aberdeenshire, while in 2018 work began on the European Offshore Wind Farm (EOWDC) in Aberdeen Bay, which is the world’s most powerful wind turbine.
The course aims to develop a broad understanding of fundamental concepts in electrical engineering and energy systems with an emphasis on renewable energy production technologies.
Understand the physical principles, technologies and systems related to the production of renewable energy from geothermal and hydropower sources. Provide insight into the positioning of these energy sources in current and future global energy needs and technical challenges to meet future energy requirements.
This course describes in detail the technologies used to convert biomass into energy. The course covers combustion, gasification, pyrolysis, anaerobic digestion, bioethanol and biodiesel.
This course aims to provide a broad understanding of solar energy production, related technologies and key technical challenges.
Understand the physical principles, technologies and systems related to the production of renewable energy from wind and sea sources. Provide insight into the positioning of these energy sources in current and future global energy needs and technical challenges to meet future energy needs.
Understand the need for conversion from one form of energy to another and the need to function and store energy in different forms. Understanding the reasons for energy losses and how to reduce or overcome them.
The course aims to develop a broad understanding of the challenges and requirements of grid integration of renewable generators (OE), converters and high voltage direct current (HVDC) to connect AC grids as a way to produce renewable energy. How to satisfy
The aim of the course is to develop a broad understanding of renewable energy legislation and related aspects of economics and safety.
The thesis is an independent paper based on a topic of your choice and you are encouraged to focus your thesis on an issue or research related to the energy industry.
The MSc Individual Project is an independent research project
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