Recent Developments in Automatic Control SystemsEditors: Yuriy P. Kondratenko, Vsevolod M. Kuntsevich, Arkadii A. Chikrii, Vyacheslav F. Gubarev
IoT, Machine learning and Blockchain Technologies for Renewable Energy and Modern Hybrid Power SystemsEditors: C. Sharmeela, P. Sanjeevikumar, P. Sivaraman and Meera Joseph
A 'Light' Guide to Energy Savings in TransportAuthor: Conor Molloy, Ireland
As we head into 2023, a few considerations about power and energy engineering seem just appropriate. In 2022 we have witnessed dramatic events that have impacted the availability of energy on a worldwide scale. The energy transition toward renewables seems more than ever necessary and urgent. Realistically though, even if we had today all the installed wind and photovoltaic power called for by the ambitious 2035 plans of the EU and of some of the states of the U.S., still we would not have achieved the ultimate goal of the independence from fossil fuels.
The electrical system of the world, made up of aging transmission and distribution networks, is still not adequate for the integration of renewable energies into the power grid. The upgrade will necessitate economic investments and innovative technological solutions. New electronic systems will be needed to mimic on a large scale the kinetic inertia of traditional sources, clearly not present in renewables. This would allow the operation of protective devices necessary to neutralize catastrophic deviations of crucial parameters, such as the frequency, from the nominal value.
The intent of the book series in Power is to contribute even more to the technical growth of students, researchers and practitioners, and to facilitate the energy transition that is as necessary as inevitable.
Wishing all the readers the best in the Holiday Season!
The "River Publishers Series in Power" is a series of comprehensive academic and professional books focussing on the theory and applications behind power generation and distribution. The series features content on energy engineering, systems and development of electrical power, looking specifically at current technology and applications.
The series serves to be a reference for academics, researchers, managers, engineers, and other professionals in related matters with power generation and distribution.
A well-balanced energy program management vision and approach, based on my experience and observation, needs to be multifaceted. I proffer that, as a minimum, energy programs in large industrial, commercial and institutional facilities must the following four components:
Mere mention of the word “energy” elicits the notion of energy conservation. Almost everyone these days thinks about saving energy in some fashion, at home, at work, and places of commerce. Some measures of energy conservation are putative and obvious, especially in homes, offices and places of commerce. Examples included replacement of old incandescent light bulbs with LED type lamps, setting thermostats lower for winter and higher in summer, etc. Other, less obvious proven measures include the use of VFD’s, optimization of burner efficiencies, improvement of power factor, detection and repair of compressed air leaks, etc. The less obvious approaches to energy conservation require more profound study and discussion supported by contrast and comparison between various proven approaches.
Imagine yourself being responsible for energy cost reduction in your facility. A facility that – through well thought out and optimally implemented energy conservation measures over the years – has minimized energy intensity (MMBtu’s/ton or kWH/ton) to lowest feasible level, and perhaps has achieved the “Energy Star” rating. What more could you do? Well, there are ways to reduce the energy cost without specifically focusing on actual MMBtu, kWH, MJ based energy consumption reduction. One example: revisiting your utility contracts.
As a steward of your facility or organization’s energy usage, in addition to your focus on energy conservation and energy cost, you must monitor and periodically assess opportunities to generate you own energy through renewable and non-renewable sources. This is where pursuit of myriad renewable energy sources fits. Learn about how you can explore energy cost reduction opportunities through inclusion of alternate energy sources in the energy equation and the role of peak shaving.
Awareness of the importance and availability of energy storage solutions is not only integral to the pursuit of renewable or non-renewable energy sources but it can also serve as another tool in facilities energy cost reduction efforts. Many contemporary utility scale renewable energy endeavors include 40% or more energy storage capability through the batteries, pump storage systems, etc.
For deeper understanding of the four concepts stated above – illustrated through discussion of various pertinent technologies and SWOT analysis, thereof, and proven measures - join us in one of our eight hour energy seminars scheduled to be conducted through Sem-Train.com or AEE in 2023.
The "River Publishers Series in Energy Engineering and Systems" is a series of comprehensive academic and professional books focussing on the theory and applications behind various energy-related technologies and control systems. The series features handbooks for related technology, as well as manuals on the fundamentals and theoretical aspects of energy engineering projects.
The main aim of this series is to be a reference for academics, researchers, managers, engineers, and other professionals in related matters with energy engineering and control systems.
RP Book Discussion - Plan for a Turbulent Future, Remi Charron
Remi Charron’s Book ‘Plan for a Turbulent Future’ is now available to purchase through Routledge.com. In this interview with the author, Remi and Philippa discuss what resiliency means in this context and what we can do to face the immensity of the problem of climate change.
Distributed Generation & Alternative Energy JournalVijay K. Sood
This is a quarterly publication that provides detailed information on the latest developments in fields such as: Distribution and generation, Demand side response and management Smart local energy systems (including smart cities), Renewables and other cleantech developments.
Strategic Planning for Energy and the EnvironmentMedani P. Bhandari
This journal features publications of high quality and multi-faceted articles encompassing planning and policies and research and development in the field of energy and environment for global sustainability and harmony.
New subscribers to our AEE eLibrary can still get a FREE 7 Days Access!
A single annual subscription provides access to over 200 titles covering topics from Energy Management and Engineering to Security and Manufacturing Lubrication. With over 10,000 pages of searchable content, subscribers will be able to read, search, highlight, and take notes from professional, peer-reviewed book content.