Sentences with phrase «urban energy technology»
As more and more cities take the opportunity to act as innovation hubs and test beds for sustainable urban energy technology, the closer the whole world will be to providing secure, sustainable and affordable energy for all.
https://www.iea.org/ Not exact matches
At the same time the new technologies - notably the combination of mobile and Internet of Things - means that the really smart cities can create an experience for their citizens that saves energy and reduces the stress of traditional urban living.
ACC Accounting & Auditing, AFR Africa, AGE Economics of Ageing, AGR Agricultural Economics, ARA Arab World, BAN Banking, BEC Business Economics, CBA Central Banking, CBE Cognitive & Behavioural Economics, CDM Collective Decision - Making, CFN Corporate Finance, CIS Confederation of Independent States, CMP Computational Economics, CNA China, COM Industrial Competition, CSE Economics of Strategic Management, CTA Contract Theory & Applications, CUL Cultural Economics, CWA Central & Western Asia, DCM Discrete Choice Models, DEM Demographic Economics, DEV Development, DGE Dynamic General Equilibrium, ECM Econometrics, EDU Education, EEC European Economics, EFF Efficiency & Productivity, ENE Energy Economics, ENT Entrepreneurship, ENV Environmental Economics, ETS Econometric Time Series, EUR Microeconomics European Issues, EVO Evolutionary Economics, EXP Experimental Economics, FDG Financial Development & Growth, FIN Finance, FMK Financial Markets, FOR Forecasting, GEO Economic Geography, GRO Economic Growth, GTH Game Theory, HAP Economics of Happiness, HEA Health Economics, HIS Business, Economic & Financial History, HME Heterodox Microeconomics, HPE History & Philosophy of Economics, HRM Human Capital & Human Resource Management, IAS Insurance Economics, ICT Information & Communication Technologies, IFN International Finance, IND Industrial Organization, INO Innovation, INT International Trade, IPR Intellectual Property Rights, IUE Informal & Underground Economics, KNM Knowledge Management & Knowledge Economy, LAB Labour Economics, LAM Central & South America, LAW Law & Economics, LMA Labor Markets - Supply, Demand & Wages, LTV Unemployment, Inequality & Poverty, MAC Macroeconomics, MFD Microfinance, MIC Microeconomics, MIG Economics of Human Migration, MKT Marketing, MON Monetary Economics, MST Market Microstructure, NET Network Economics, NEU Neuroeconomics, OPM Open Macroeconomics, ORE Operations Research, PBE Public Economics, PKE Post Keynesian Economics, POL Positive Political Economics, PPM Project, Program & Portfolio Management, PUB Public Finance, REG Regulation, RES Resource Economics, RMG Risk Management, SBM Small Business Management, SEA South East Asia, SOC Social Norms & Social Capital, SOG Sociology of Economics, SPO Sports & Economics, TID Technology & Industrial Dynamics, TRA Transition Economics, TRE Transport Economics, TUR Tourism Economics, UPT Utility Models & Prospect Theory, URE Urban & Real Estate Economics.
ACC Accounting & Auditing, AFR Africa, AGE Economics of Ageing, AGR Agricultural Economics, ARA Arab World, BAN Banking, BEC Business Economics, CBA Central Banking, CBE Cognitive & Behavioural Economics, CDM Collective Decision - Making, CFN Corporate Finance, CIS Confederation of Independent States, CMP Computational Economics, CNA China, COM Industrial Competition, CSE Economics of Strategic Management, CTA Contract Theory & Applications, CUL Cultural Economics, CWA Central & Western Asia, DCM Discrete Choice Models, DEM Demographic Economics, DEV Development, DGE Dynamic General Equilibrium, ECM Econometrics, EDU Education, EEC European Economics, EFF Efficiency & Productivity, ENE Energy Economics, ENT Entrepreneurship, ENV Environmental Economics, ETS Econometric Time Series, EUR Microeconomic European Issues, EVO Evolutionary Economics, EXP Experimental Economics, FDG Financial Development & Growth, FIN Finance, FMK Financial Markets, FOR Forecasting, GEO Economic Geography, GRO Economic Growth, GTH Game Theory, HAP Economics of Happiness, HEA Health Economics, HIS Business, Economic & Financial History, HME Heterodox Microeconomics, HPE History & Philosophy of Economics, HRM Human Capital & Human Resource Management, IAS Insurance Economics, ICT Information & Communication Technologies, IFN International Finance, IND Industrial Organization, INO Innovation, INT International Trade, IPR Intellectual Property Rights, IUE Informal & Underground Economics, KNM Knowledge Management & Knowledge Economy, LAB Labour Economics, LAM Central & South America, LAW Law & Economics, LMA Labor Markets - Supply, Demand & Wages, LTV Unemployment, Inequality & Poverty, MAC Macroeconomics, MFD Microfinance, MIC Microeconomics, MIG Economics of Human Migration, MKT Marketing, MON Monetary Economics, MST Market Microstructure, NET Network Economics, NEU Neuroeconomics, OPM Open Macroeconomics, PBE Public Economics, PKE Post Keynesian Economics, POL Positive Political Economics, PPM Project, Program & Portfolio Management, PUB Public Finance, REG Regulation, RES Resource Economics, RMG Risk Management, SBM Small Business Management, SEA South East Asia, SOC Social Norms & Social Capital, SOG Sociology of Economics, SPO Sports & Economics, TID Technology & Industrial Dynamics, TRA Transition Economics, TRE Transport Economics, TUR Tourism Economics, UPT Utility Models & Prospect Theory, URE Urban & Real Estate Economics.
The VOCs in urban air typically derive from the prevailing energy and transport technologies as well as the use of petrochemical - derived products.
The authors argue that cities need to step out of traditional roles in planning urban infrastructure and learn how to better understand the needs of residents in order to craft policies and programs that enable the adoption of energy and carbon - efficient technologies and practices.
Health, food security, climate change, sustainable energy, urban systems, digital technologies, and space will be the national priorities; they will be further refined and periodically revised by a newly created strategic research council, chaired by Prime Minister Jean - Marc Ayrault, with input from the French national research agency (CNRS) and five large research - coordinating networks.
These include technologies for passively cooling buildings and urban areas, such as cool roofs and pavements, as well as the broader set of energy efficiency measures to reduce the need for active cooling.
The Senior ECPA Fellows Program seeks to facilitate the transfer of knowledge between the U.S. and Latin America in innovative solutions and technologies related to the areas of clean energy, sustainable urban development, climate change adaptation, and reducing emission from deforestation.
The Mazda MINAGI is a compact crossover SUV concept that combines Mazda's SKYACTIV technologies — which represent the harmony between driving pleasure and outstanding environmental and safety performance — with emotional KODO design that communicates pent - up energy bursting with vitality as the vehicle nimbly navigates a sprawling urban cityscape.
Following systematic refinement, the BMW eDrive technology aboard the new BMW i3 and new BMW i3s enables drivers to enjoy locally emission - free mobility with wonderfully instantaneous power delivery, efficient use of energy and an optimised range for a level of everyday practicality that even extends beyond the demands of purely urban travel.
Fortunately, new technologies — both physical and behavioral — are making possible a radical transformation in almost all spheres of economic and social life: our energy systems, urban design, transportation, food production, and industrial processes.
Here a more urban life is matched with efficient clean energy sources, less driving in more efficient cars, better building technology and green utilities.
The company is constructing a six - hour energy storage project for a US utility in a dense urban pocket of a major East Coast city and lithium - ion technology has proven to be the best choice across a range of considerations including cost, safety and noise performance, and land use.
For example, according to IEA analysis presented in the special section on urban energy systems in Energy Technology Perspectives 2016 (ETP 2016) the gradual evolution of urban transport systems to encourage walking, cycling and public transit could save $ 21 trillion by 2050, while at the same time making a significant dent in greenhouse gas emisenergy systems in Energy Technology Perspectives 2016 (ETP 2016) the gradual evolution of urban transport systems to encourage walking, cycling and public transit could save $ 21 trillion by 2050, while at the same time making a significant dent in greenhouse gas emisEnergy Technology Perspectives 2016 (ETP 2016) the gradual evolution of urban transport systems to encourage walking, cycling and public transit could save $ 21 trillion by 2050, while at the same time making a significant dent in greenhouse gas emissions.
Cities are in the frontline for cutting carbon emissions, new IEA report finds Energy Technology Perspectives 2016 shows that decarbonising urban buildings and transport is key to attain Paris climate goals, but slow progress will test governments» commitment 1 June 2016
The latest Urban Green Council report, The Next Frontier for Energy - Efficient Products, highlights the disconnect between suppliers, who see a lack of demand for these products, and building owners and designers, who see opportunities to make big forays into efficiency with new technologies.
51 Fig. 20 - 14, p. 481 Cut fossil fuel use (especially coal) Shift from coal to natural gas Improve energy efficiency Shift to renewable energy resources Transfer energy efficiency and renewable energy technologies to developing countries Reduce deforestation Use more sustainable agriculture and forestry Limit urban sprawl Reduce poverty Slow population growth Remove CO 2 from smoke stack and vehicle emissions Store (sequester) CO2 by planting trees Sequester CO 2 deep underground Sequester CO 2 in soil by using no - till cultivation and taking cropland out of production Sequester CO 2 in the deep ocean Repair leaky natural gas pipelines and facilities Use animal feeds that reduce CH 4 emissions by belching cows Solutions Global Warming PreventionCleanup
The journal also welcomes analyses of practical applications of environmental, energy technology, regional, and urban policies, as well as theoretically robust discussions of common arguments that appear throughout debates on environment and energy policy, either in the scholarly literature or in the broader civic sphere.
A rollercoaster enthusiast who traveled to India to study tribal women's empowerment; an energy analyst interested in the impacts of innovation on geopolitics; an engineer who has worked on alternative transportation and urban development; and a former scholar of the Victorian era who now writes on energy technologies and risk perception.
Besides the usual pictures, maps and details about alternative energy technologies for each site, the guide will list eco-friendly features such as urban chickens, electric cars, rainwater storage systems and the like.
We can deploy really complicated technology and we can apply renewable energy resources to compensate for incredibly inefficient urban forms or we can just design landscapes and urban environments that allow us to need less - less driving, less heating, less water etc..
Thanks to the emergence of the technologies associated with vertical farming we now have the means to provide all essential resources for urban living - food, fresh water, fresh air, and energy - from on - site processes disconnected from natural ecosystems.
The Fetish is a great name... but rather than embrace it's double entendre, reach out to fetish magazines like Skin Two, Marquis and Secret... they let the opportunity slip away... While Tesla, well briefed on Tesla's cult of personality and urban legends of energy technology suppression, adequately milked the Nikola Tesla community for blind admiration and free viral marketing support, cheering the underdog... elevating the Tesla roadster to hero status!
The plan offers space to accommodate up to 100,000 inhabitants and a well balanced mix of urban program and nature, agriculture and energy production; all in the shape of a Chinese mountain landscape: realizable with todays technologies.»
The Departments of Energy and Agriculture has made awards totaling $ 12.2 Clean Urban Energy, an energy efficiency technology company designed for buildings, has received $ 7 million from venture capitaEnergy and Agriculture has made awards totaling $ 12.2 Clean Urban Energy, an energy efficiency technology company designed for buildings, has received $ 7 million from venture capitaEnergy, an energy efficiency technology company designed for buildings, has received $ 7 million from venture capitaenergy efficiency technology company designed for buildings, has received $ 7 million from venture capitalists.
CPD 101: Business Enterprise Valuation CPD 102: Valuation of Property Impairments and Contamination CPD 103: Agricultural Valuation CPD 104: Hotel Valuation CPD 105: Highest and Best Use Analysis CPD 106: Multi-Family Property Valuation CPD 107: Office Property Valuation CPD 108: Seniors Facilities Valuation CPD 109: Lease Analysis CPD 110: Creative Critical Thinking: Advancing Appraisal to Strategic Advising CPD 111: Decision Analysis: Making Better Real Property Decisions CPD 112: Real Estate Consulting: Forecasting CPD 113: Request for Proposals (RFPs) CPD 114: Valuation for Financial Reporting - Real Property Appraisal and IFRS CPD 115: Appraisal Review CPD 116: Land Valuation CPD 117: Exposure & Marketing Time: Valuation Impacts CPD 118: Machinery and Equipment Valuation CPD 119: Urban Infrastructure Policies CPD 120: Urban Infrastructure Applications CPD 121: Submerged Land Valuation CPD 122: Expropriation Valuation CPD 123: Adjustment Support in the Direct Comparison Approach CPD 124: Residential Appraisal: Challenges and Opportunities CPD 125: Green Value — Valuing Sustainable Commercial Buildings CPD 126: Getting to Green — Energy Efficient and Sustainable Housing CPD 127: More Than Just Assessment Appeals — The Business of Property Tax Consulting CPD 128: Retail Property Valuation CPD 129: Industrial Property Valuation CPD 130: Residential Valuation Basics CPD 131: Commercial Valuation Basics CPD 132: More than Just Form - Filling: Creating Professional Residential Appraisal Reports CPD 133: Valuing Residential Condominiums CPD 134: Rural and Remote Property Valuation CPD 135: Buy Smart: Commercial Property Acquisition CPD 136: Waterfront Residential Property Valuation (Coming soon: 2018) CPD 140: Statistics 101: Math Literacy for Real Estate Professionals CPD 141: Exploratory Data Analysis: Next Generation Appraisal Techniques CPD 142: Introduction to Multiple Regression Analysis in Real Estate CPD 143: Appraisal Valuation Models CPD 144: Geographic Information Systems and Real Estate CPD 145: Introduction to Reserve Fund Planning CPD 150: Real Property Law Basics CPD 151: Real Estate Finance Basics CPD 152: Financial Analysis with Excel CPD 153: Entrepreneurship and Small Business Development CPD 154: Business Strategy: Managing a Profitable Real Estate Business CPD 156: Organizing and Financing a Real Estate Business CPD 155: Succession Planning for Real Estate Professionals CPD 157: Accounting and Taxation Considerations for a Real Estate Business CPD 158: Marketing and Technology Considerations for a Real Estate Business CPD 159: Human Resources Management Considerations in Real Estate (Coming Soon: 2018) CPD 160: Law and Ethical Considerations in Real Estate Business (Coming Soon: 2018) CPD 891: Fundamentals of Reserve Fund Planning CPD 899: Reserve Fund Planning Guided Case Study
In 2015, CRT established a lab to investigate smart home / internet of things devices, renewable energy, urban agriculture and building materials, as well as any other emerging technologies as they become evident.