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Books on the topic 'Integrated energy technologies'

Author: Grafiati

Published: 30 May 2022

Last updated: 31 May 2022

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1

Preben, Maegard, ed. Integrated renewable energy for rural communities: Planning guidelines, technologies, and applications. Boston: Elsevier, 2004.

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2

Rashed, Hazem. Feasibility assessment of building-integrated renewable energy technologies in Egypt. Oxford: Oxford Brookes University, 1999.

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3

Combined heating, cooling & power handbook: Technologies & applications an integrated approach to energy resource optimization. 2nd ed. Lilburn, GA: The Fairmont Press, 2012.

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4

Emerging Technologies in Bioenergy Seminar (4th 1985 Toronto, Ont.). Integrated forest biomass recovery seminar: Proceedings of seminar number 4 in the series Emerging Technologies in Bioenergy, Toronto, Ontario, March 6, 1985. Ottawa: Renewable Energy Division, Energy, Mines and Resources Canada, 1985.

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5

Fanfani, David, and Claudio Fagarazzi, eds. Territori ad alta energia. Florence: Firenze University Press, 2012. http://dx.doi.org/10.36253/978-88-8453-960-1.

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In recent years the subject of energy planning has come to occupy a role of growing importance, both in relation to the escalating costs, scarcity and impact of energy procurement and consumption and in relation to the increasingly broad future prospects generated by the development of technologies for the exploitation of renewable sources. Within this framework, the development and use of the latter frequently appears to be without benchmarks for integration into the broader picture of territorial planning, and hence of coordination with other human activities and territorial resources. With this in mind, this book aims to compose the elements of a perspective in which energy planning is seen not as an ulterior and separate form of planning, but as an activity integrated within the more general instruments for the government of the territory, and more specifically one that employs the resources of the territory in a sustainable manner also with a view to endogenous local development.

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6

Graditi, Giorgio, and Marialaura Di Somma, eds. Technologies for Integrated Energy Systems and Networks. Wiley, 2022. http://dx.doi.org/10.1002/9783527833634.

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7

Domestic Microgeneration: Renewable and Distributed Energy Technologies, Policies and Economics. Taylor & Francis Group, 2015.

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8

Petchers, Neil. Combined Heating, Cooling & Power Handbook: Technologies & Applications : An Integrated Approach to Energy Conservation. Fairmont Press, 2002.

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9

Christopher, Frey H., and Lawrence Livermore National Laboratory, eds. A method for federal energy research planning: Integrated consideration of technologies, markets, and uncertainties : report. Washington, D.C: Atlantic Council of the U.S., 1995.

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10

Combined Heating, Cooling & Power Handbook: Technologies & Applications: An Integrated Approach to Energy Resource Optimization. Fairmont Press, 2002.

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11

Combined Heating, Cooling & Power Handbook: Technologies & Applications : An Integrated Approach to Energy Conservation/Resource Optimization. Fairmont Press, 2002.

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12

Kumar, TM Vinod, and Dilip R. Ahuja, eds. Rural Energy Planning for The Indian Himalaya. International Centre for Integrated Mountain Development (ICIMOD), 1987. http://dx.doi.org/10.53055/icimod.7.

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This book is perhaps the first effort to focus on energy issues in the Indian Himalayas. Though a lot has been written on the ecological consequences (of energy-related activities), these energy issues by themselves have not received sufficient attention. The papers in this volume have been selected from those commissioned by the International Centre for Integrated Mountain Development, and the Tata Energy Research Institute as a part of their collaborative programme on rural energy planning. As it was found that critical gaps exist in knowledge and experience in the area of effective diffusion of energy technologies for promoting Himalayan development, it was felt that a collection of papers on the existing states-of-the-art would be a useful first step before embarking on practical interventions. There are papers that have focussed on technologies, planning issues and economic welfare aspects relevant to development in all the different regions of the Himalayas. Some authors have focussed instead on the regions and have looked at the status of the three subject areas (technologies, planning and welfare) as they pertain to their regions. The major value of this book is that in addition to a clear articulation of problems, issues and possible solutions, it represents a comprehensive collection of information existing for this region. The authors have also brought out the gaps that exist currently and have established priorities for further research and direction for programmes to promote sustainable development of energy resources and their use in the Himalayan region.

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13

Energy and Environmental Research Corp and U.S. Clean Coal Technology Demonstration Program, eds. Reduction of NOx and SO₂ using gas reburning, sorbent injection, and integrated technologies: A report on two projects conducted jointly under cooperative agreements between the U.S. Department of Energy and Energy and Environmental Research Corporation. [Washington, D.C.]: Clean Coal Technology, 1993.

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14

Energy and Environmental Research Corp. and U.S. Clean Coal Technology Demonstration Program., eds. Reduction of NOx and SO₂ using gas reburning, sorbent injection, and integrated technologies: A report on two projects conducted jointly under cooperative agreements between the U.S. Department of Energy and Energy and Environmental Research Corporation. [Washington, D.C.]: Clean Coal Technology, 1993.

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15

Olawuyi, Damilola S. Advancing Innovations in Renewable Energy Technologies as Alternatives to Fossil Fuel Use in the Middle East. Oxford University Press, 2018. http://dx.doi.org/10.1093/oso/9780198822080.003.0020.

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Despite increasing political emphasis across the Middle East on the need to transition to lower carbon, efficient, and environmentally responsible energy systems and economies, legal innovations required to drive such transitions have not been given detailed analysis and consideration. This chapter develops a profile of law and governance innovations required to integrate and balance electricity generated from renewable energy sources (RES-E) with extant electricity grid structures in the Middle East, especially Gulf countries. It discusses the absence of renewable energy laws, the lack of legal frameworks on public–private partnerships, lack of robust pricing and financing, and lack of dedicated RES-E institutional framework. These are the main legal barriers that must be addressed if current national visions of a low-carbon transition across the Middle East are to move from mere political aspirations to realization.

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16

Knaack, Ulrich, and Jens Schneider. POWERSKIN CONFERENCE PROCEEDINGS. Edited by Thomas Auer. TU Delft Open, 2021. http://dx.doi.org/10.47982/bookrxiv.27.

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The building skin has evolved enormously over the past decades. The energy performance and environmental quality of both the interior and exterior of buildings are primarily determined by the building envelope. The façade has experienced a change in its role as an adaptive climate control system that leverages the synergies between form, material, mechanical and energy systems towards an architectural integration of energy generation. The PowerSKIN Conference aims to address the role of building skins to accomplish a carbonneutral building stock. The focus of the PowerSKIN issue 2021 deals with the question of whether simplicity and robustness stay in contradiction to good performance of buildings skins or whether they even complement each other: simplicity vs performance? As an international scientific event - usually held at the BAU trade fair in Munich - the PowerSKIN Conference builds a bridge between science and practice, between research and construction, and between the latest developments and innovations for the façade of the future. Topics such as building operation, embodied energy, energy generation and storage in the context of the three conference sessions envelope, energy and environment are considered: – Envelope: The building envelope as an interface for the interaction between indoor and outdoor environment. This topic is focused on function, technical development and material properties. – Energy: New concepts, accomplished projects, and visions for the interaction between building structure, envelope and energy technologies. – Environment: Façades or elements of façades, which aim to provide highly comfortable surroundings where environmental control strategies as well as energy generation and/or storage are an integrated part of an active skin. The Technical University of Munich, TU Darmstadt, and TU Delft are signing responsible for the organisation of the conference. It is the third event of a biennial series: April 9th 2021, architects, engineers, and scientists present their latest developments and research projects for public discussion and reflection. For the first time, the conference will be a virtual event. On the one hand, this is a pity, as conferences are also about meeting people and social interaction; on the other hand, it offers the possibility that we can reach more people who connect from all over the world.

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17

Grunewald, John, ed. CESBP Central European Symposium on Building Physics / BauSIM 2016. Fraunhofer IRB Verlag, 2016. http://dx.doi.org/10.51202/9783816797982.

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Modern energy concepts of settlements and neighborhoods with an increasing share of renewable, decentralized energy supply will be the future. Buildings are on their way of transformation from energy consumers to active energy suppliers. The planning of optimized but increasingly complex building energy systems can be facilitated and realized through the use of simulation-based planning tools. The CESBP 2016 and BauSIM 2016 are hosted under a common organizational roof in order to promote the networking of research groups from very different fields. Through their complementary contents and thematic orientation both conferences offer participants many opportunities to open up new fields of knowledge. The conference program of the CESBP 2016 integrates in addition to the classic building physical applications and new developments a strong focus ranging from energy-efficient construction up to plus-energy concepts for settlements and neighborhoods. The complementary program of the BauSIM 2016 addresses diverse technologies of application and further development of modern simulation-based planning tools with a special focus on building energy systems and services on the one hand, but also with respect to the more general areas of construction research.

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18

Romsom, Etienne, and Kathryn McPhail. Capturing economic and social value from hydrocarbon gas flaring and venting: solutions and actions. 6th ed. UNU-WIDER, 2021. http://dx.doi.org/10.35188/unu-wider/2021/940-2.

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This second paper on hydrocarbon gas flaring and venting builds on our first, which evaluated the economic and social cost (SCAR) of wasted natural gas. These emissions must be reduced urgently for natural gas to meet its potential as an energy-transition fuel under the Paris Agreement on Climate Change and to improve air quality and health. Wide-ranging initiatives and solutions exist already; the selection of the most suitable ones is situation-dependent. We present solutions and actions in a four-point (‘Diamond’) model involving: (1) measurement of chemicals emitted, (2) accountability and transparency of emissions through disclosure and reporting, (3) economic deployment of technologies for (small-scale) gas monetization, and (4) an ‘all-of-government’ approach to regulation and fiscal measures. Combining these actions in an integrated framework can end routine flaring and venting in many oil and gas developments. This is particularly important for low- and middle-income countries: satellite data since 2005 show that 85 per cent of total gas flared is in developing countries. Satellite data in 2017 identified location and amount of natural gas burned for 10,828 individual flares in 94 countries. Particular focus is needed to improve flare quality and capture natural gas from the 1 per cent ‘super-emitter’ flares responsible for 23 per cent of global natural gas flared.

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