By Arnulf Grübler, Charlie Wilson
Power expertise innovation - enhancing how we produce and use power - is necessary for a transition in the direction of sustainability. This publication offers a wealthy set of twenty old case stories of power expertise innovation embedded inside a unifying conceptual framework. It presents insights into why a few innovation efforts were extra winning than others, and attracts very important coverage conclusions. The case reviews conceal quite a lot of power applied sciences, starting from power offer to strength finish use, from successes to disasters and from industrialized, rising and constructing economies. The case stories are awarded via a global staff of eminent students less than the auspices of the worldwide strength evaluation (GEA), whose major quantity was once released in 2012 via Cambridge collage Press. power expertise Innovation provides new facts, new techniques and novel analytical and coverage views. it is going to turn out to be worthy for researchers, coverage makers, economists, commercial innovators and marketers within the box of power expertise.
Read or Download Energy Technology Innovation: Learning from Historical Successes and Failures PDF
Similar environmental & natural resources law books
In November 2003, the fee on Environmental legislation (CEL) of IUCN (International Union for the Conservation of Nature and traditional assets) introduced a brand new scholarly community of environmental legislation colleges and professors: the IUCN Academy of Environmental legislation. The IUCN Academy, a consortium of specialised study facilities in college legislations schools all over the world, constitutes a realized society analyzing how legislation advances a simply society that values and conserves nature.
Complaints of the NATO complicated learn Workshop on Water assets and Infrastructure in components of clash and severe stipulations, Masada Ein Gedi, Israel, November 2007
Utilized geophysics have been constructed to discover the uncooked fabrics wanted by means of civilization. this day it really is used to enquire the level and nature of buried infected waste and leachates. The ebook describes intimately, but in an easy language, probabilities, benefits and shortcomings of geophysical tools.
The aim of this paintings is to boost a greater knowing and pondering the cumulative affects of a number of typical source improvement tasks. Cumulative affects are actually the most urgent, yet advanced demanding situations dealing with governments, undefined, groups, and conservation and common source execs.
- Fresh Water in International Law
- Defending the Environment: Civil Society Strategies to Enforce International Environmental Law
- Accident/Incident Prevention Techniques, Second Edition
- Sustainability in the Global City: Myth and Practice (New Directions in Sustainability and Society)
- The Regeneration Imperative: Revitalization of Built and Natural Assets
Additional resources for Energy Technology Innovation: Learning from Historical Successes and Failures
Climate Central, September 27, 2011. Suurs, R. A. A. & Hekkert, M. , 2009a. Competition between First and Second Generation Technologies: Lessons from the Formation of a Biofuels Innovation System in the Netherlands. Energy, 34(5): 669–79. 2009b. Cumulative Causation in the Formation of a Technological Innovation System: The Case of Biofuels in The Netherlands. Technological Forecasting and Social Change, 76(8): 1003–20. Thomke, S. & Hippel, E. , 2002. Customers as Innovators: A New Way to Create Value.
2 illustrates these scale effects using wind power as an example. As well as affecting costs, economies of scale are associated with performance. The bywords of Fordist manufacturing include specialisation of machine tools, routinisation of labour tasks, standardisation of output, and sequencing of manufacturing along assembly lines (Raff, 1991). These technical, process, and organisational innovations affected labour productivity but also product quality. Standardisation in particular can lead to sustained improvements in the regularity and reliability of product performance.
Increasing efficiency of conversion and use (both energetic and economic); • Improving controllability, security, and stability of energy conversion and delivery infrastructures; • Reducing adverse social and environmental impacts. The Energy Technology Innovation System Whereas the first three goals are endogenous or inherent economic drivers of change in the energy system, regulation has historically driven improvements in energy technologies’ social and environmental performance. Knowledge is also generated and exchanged through producer-user collaborations in the development phase of technologies, and through producerproducer collaborations in the manufacturing phase (Fridlund, 2000; Lundvall, 1992; Von Hippel, 1988).