Overview This Renewable Energy Specialistcourse addresses the main characteristics of the emerging generation of technologies which will be employed to provide energy for the power grid over the next 20 years. This course covers solar energy in its various forms, such as photovoltaic, thermal and thermodynamic energy conversion, taking into account the various issues associated with the connection of these solar plants to the grid.
We will also cover Wind technologies that are today in full development and the section of this course dedicated to wind technology describes the state of the art, taking into consideration the consequences of adding large quantities of this intermittent energy source into power grids, one of which may be wide disturbances. Energy from the sea is also covered in the Renewable Energy Specialistcourse, with a section on very small hydraulic plants which will become of increasing interest as fossil fuels become more and more expensive.
The course continues with an analysis of geothermal energy along three lines: heat pumps, heat, and electric energy generation. Finally, the Renewable Energy Specialistneeds to know about energy from biomass, which is also becoming of great interest due to the high cost of fossil fuels. In this section we cover a wide-ranging description of biofuels and biogas and we give special focus to sources of energy from word, as a substitute for gas or oil energy heating. This Renewable Energy Specialistcourse is a must for anyone interested in moving into the field of green energy.
After completing this course, you should be able to:
- Define the core elements of photovoltaic systems and solar energy
- Identify features of wind system energy
- Comprehend energy systems based on water and geothermal production
- Define main features of biofuels and bio-gas
- Comprehend the process of energy production from burning wood
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Languages
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English
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Course Access Time
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We offer open enrollment in which students can sign up for this certificate course at any time. Proceed as fast or slow as they want, but must complete the program in a maximum of 12 months. Extensions are available for a small fee if additional time is needed.
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Instructor
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This class supported by an Educational Mentor. Our educational mentors have worked or are working in the subject they mentor. Educational Mentors reviews student work, student progress, and interacts with students as needed. They respond to any questions or concerns you might have, as well as encouraging and motivating you to succeed.
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Prerequisites/Audience
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System Requirements:
Internet Access
Broadband or high-speed internet access is required. Broadband includes DSL, cable, and wireless connections.
Dial-Up internet connections will result in a diminished online experience. Moodle pages may load slowly and viewing large audio and video files may not be possible.
Hardware
Windows hardware configurations and processors are acceptable
Mac computers MUST have Microsoft Window Operating Systems over Bootcamp (Bootcamp is a free download from Apple's website)
1 GB RAM minimum recommended
Operating Systems
Windows XP, Vista or 7 and Mac OS X 10 or higher with Windows
Web Browsers
Google Chrome is highly recommended
Internet Explorer is not recommended as it may not display certain menus and links
Cookies MUST be enabled
Pop-ups MUST be allowed (Pop-up Blocker disabled)
Kindle Reader App is needed for many of our courses (No special equipment needed. This can be downloaded onto your computer.)
Adobe PDF Reader
Media Plug-ins (These may be required depending on your course media.)
Adobe Flash Player (Required for many of our career courses and ALL of our IT courses.)
Adobe Acrobat Reader, Apple Quicktime, Windows Media Player, &/or Real Player
PowerPoint Viewer (Use this if you don't have PowerPoint)
**Outlines are subject to change, as courses and materials are updated.**
Requirements
- Renewable Energy Technologies by Jean-Claude Sabonnadiere
Hide Syllabus
Lesson 1 Renewable Energy Specialist Module 1 Photovoltaic & Solar Energy • Photovoltaic Electricity Production • Photovoltaic Conversion • Cells with a Crystalline Silicon Base • Cells in Thin Films • Photovoltaic Market • Photovoltaic Systems Connected to the Grid • Problems of Photovoltaic Power Generation • Physical Architectures • Constraints Related to Supplying Energy • Algorithmic Architectures • Solar Heating • Flat Solar Panels • Solar Heating Systems • Solar Thermodynamic Power Stations • Concentrating Solar Power Technologies
Renewable Energy Specialist Module 2 Wind System Technology • Wind Power Today • Description of a Wind Generator • Operation of a Wind Turbine • Controls of Energy Conversion • Fixed & Variable Speed Systems • Connection to the Grid • Voltage at the Point of Connection • Stability & Protection Design • Auxiliary Systems • Possible Connection Problems • Comparison of Technologies
Renewable Energy Specialist Module 3 Marine Energy, Hydropower & Geothermal • Electricity Productivity from Marine Resources • Energy Sources from the Sea • Ocean Wave Generator Systems • Tidal Energy Converters (TEC) • Ocean Thermal Energy Converter (OTEC) • Small Hydropower • Hydraulic Energy • Exploitation of Hydraulic Force • Research & Development in Small Hydropower • Geothermal Energy Production • Geothermal Heat Pump Systems • Direct Production of Heat • Electricity Production
Renewable Energy Specialist Module 4 Biofuels, Biogas & Wood • Biofuels in the Energy Environment • Current Biofuel Systems • Future Biofuel Systems • The Use of Lignocellulose • The Bioethanol System • Biogas: The Renewable Natural Gas • Naturally Occurring Biogas • History of Anaerobic Digestion • Biogas Units • Uses of Biogas • Energy Production from Wood • Overview of Wood Fuels • Converting Wood into Energy • Generators of Thermal Energy from Wood
LEED Green Associate Module 1 Becoming a LEED Green Associate • LEED Green Associate Certification • Intro to Green Building • Employment Opportunities • Specialized Communication Skills • LEED Applications • Green Associate Exam • LEED Green Core Concepts • Climate Change • Life-Cycle Approach • Cost of Green Building
LEED Green Associate Module 2 Overview of USGBC and LEED • U.S. Green Building Council • LEED Rating Systems • Program Requirements • Impact Categories • Certification Levels and Process • Location and Transportation • Site Development • Health and Livability • Sustainable Sites • Rainwater Management
LEED Green Associate Module 3 Efficiency, Atmosphere and Resources • Water Conservation • Full Time Equivalent (FTE) • Reducing Water Use • Reducing Energy Demand • Energy Efficiency • Renewable Energy • Product Attributes and Disclosures • Material Conservation • Waste Management • Environmentally Preferable Materials
LEED Green Associate Module 4 Environmental Quality and Innovation • The Indoor Environment • Air Quality Strategies • Lighting Intents • Occupant Comfort, Health and Satisfaction Intents • Space Categorization • Unoccupied Spaces • Innovation Intents • Regional Priority • Regional Priority Strategies
LEED Green Associate Module 5 Green Buildings and Communities • The Environmental Impacts of Buildings • What is Green Building? • The Rise of the Green Building Industry • Green Building Location • Green Building Costs and Savings • Sustainable Thinking • Life-Cycle Approach • Integrative Process • Team Selection • Observation
LEED Green Associate Module 6 Green Building Core Concepts and Applications • Application Strategies • Location and Transportation • Sustainable Sites • Water Efficiency • Energy and Atmosphere • Materials and Resources • Indoor Environmental Quality • Innovation About the USGBC About LEED Hide Syllabus
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