SOUTHEAST UNIVERSITY, NANJING, CHINA, MAY 15-16,2014. US-CHINA WORKSHOP:SMART GRID RESEARCH OPPORTUNITY IDENTIFICATION
|
|
- Annabel Harrell
- 6 years ago
- Views:
Transcription
1 SOUTHEAST UNIVERSITY, NANJING, CHINA, MAY 15-16,2014. US-CHINA WORKSHOP:SMART GRID RESEARCH OPPORTUNITY IDENTIFICATION Prof. Ciwei Gao School of Electrical Engineering, Southeast University, Nanjing, P.R.China Tel ,
2 OUTLINE 1. Background 2. Framework 3. Progress 4. Conclusions Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 2
3 OUTLINE 1. Background 2. Framework 3. Progress 4. Conclusions Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 3
4 BACKGROUND WE SEE THEM EVERY WHERE~ Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 4
5 Background Air conditioning load accounts for load peak Air conditioning load becomes the major reason of peak load; Usually it accounts for 30% of the peak load; This number approaches 50% in Shanghai, Beijing and Guangzhou in summer. Building is able to store thermal energy Air conditioning load can be regulated within a certain temperature band; Huge potential for load regulation. Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 5
6 Background Smart Grid technology support AC regulation AC load regulation is applied around the world Telecommunication Automated demand response Distributed control, Remote control ; U.S. Australia Japan Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 6
7 Background U.S. Texas and California Automatic thermostat Remote control of thermostat South California Edison Optional choices of AC load duty cycle of 0,50% and 70%.with different incentives. 1.Customer comfort? Real time tariff display Optional duty cycle program 2. Purpose? A special measure for power shortage? CN Survey of commercial and residential AC load by NDRC and SGCC SGCC planned AC load optimal control for 12 five year plan. Investigation and planning Pilot operation of AC optimal control in Nanjing, Shanghai, Guangxi and Fujian Province. Pilot operation Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 7
8 OUTLINE 1. Background 2. Framework 3. Progress 4. Conclusions Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 8
9 FRAMEWORK thermal dynamics model Energy storage modelin g Fundamental theory Methodology 1 Application Methodology 2 AC load dispatch control AC load aggregatio n Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 9
10 THERMAL DYNAMICS MODEL P T out C a T in R 1 ΔtRC / a T T T T e s 1 = -( - ) =1 t+1 t+1 t+1 t in out out in Cm R 2 T m ΔtRC / a T T PR T PR T e s 1 = -η -( -η - ) =0 t+1 t+1 t+1 t in out x 1 out x 1 in Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 10
11 THERMAL DYNAMICS MODEL Temperatures setting d e c i s i o n m a d e b y consumers, can be very different Energy storage Performances of the buildings are various Parameters identification Experiment data+ identification model Different refrigirating capacity Different energy efficiency ratio Different temperatures setting Different outdoor temp. Different wall material Different window-wall ratio Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 11
12 ENERGY STORAGE MODELING Model AC loads as conventional electric energy storage units participating the power system operation. Step 1 Step 2 Step 3 Analyze the energy storage function of AC load modeling the associated discharge and charge process. Transform the AC parameters like environmental medium heat capacity comfort temp. constraints into the parameters of elec. energy storage unit. energy storage modeling of AC load parameters identification. Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 12
13 AC LOAD AGGREGATION AC loads (energy storage units) Comprehensive energy storage modelling Widely distributed Load aggregating the AC load in a small area share the same ambient environment, namely temperature, solar radiation etc. therefore zonal AC loads aggregating can be proposed. Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 13
14 ` AC LOAD DISPATCH CONTROL ice storage airconditioning Energy Efficient project central air-conditioning DR based on price TOU PTP CPP Annual system planning Alternative/ energy saving load Monthly operation planning Load can transfer between days Day-ahead scheduling Economic Dispatch in a day Minutely response load (response time<30min) AGC Instant response load (response time<2min) Capacity deficiency of accident Interruptible load (reserve) AGC units arrangeme Instant response load (response time<2min) 10 min spinning reserve arrangement Interruptible load (Respinse immediately, full output within 10min, last at least 2h) Generation scheduling Load dispatch Load can transfer within a day hourly response load (response time<1h) 10 min non-spinning reserve arrangement Interruptible load (full output within 10min, last at least 2h) 30 min non-spinning reserve arrangement Interruptible load (repsonse in 30-60min, last at least 2h) Emergency DR IL DSB arrangement DLC scheduling Capacity Ancillary Service Program DR based on incentive the cluster of small business and residential users Air conditioning AC load with direct control is able to respond to the instruction instantly, namely in seconds level. It is suitable for participating in AGC dispatch. Its application to other levels of dispatch needs to be investigated. Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 14
15 OUTLINE 1. Background 2. Framework 3. Progress 4. Conclusions Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 15
16 DAY AHEAD BI-LEVEL DISPATCH MODEL Day ahead market trade, competition between the aggregators defining the power scheduling of next day. Load aggregater 1 area 1 Air- conditioning 1 Air- conditioning 2 Air- conditioning n dispatching department Load aggregater 2 area 2 Air- conditioning 1 Air- conditioning 2 Air- conditioning n Power system Load aggregater m area m Air- conditioning 1 Air- conditioning 2 Air- conditioning n macro layer micro layer 1. Controllable load prediction; 2. Maximize profit by proper load control algorithm. Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 16
17 DAY AHEAD BI-LEVEL DISPATCH MODEL Controllable Capacity evaluation T/ T max T min τoff τc 时间 /min Cx τ off off,basic =( ) τ c τ np τ c,basic Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 17
18 DAY AHEAD BI-LEVEL DISPATCH MODEL Upper level model objective minimize dispatch cost constraints total AC load shedding > power shortage 调度计划 /MW 总需求功率 A B C 负荷聚合商 D E F 0 12:00 12:10 12:20 12:30 12:40 12:50 13:00 时间 Lower level model objective minimize actual AC load shedding deviation constraints off time limit for keeping a comfort temperature 功率 /MW 调度计划实际削减量 :47 12:51 12:55 12:20 12:25 12:30 12:35 12:40 12:45 12:50 12:55 13:00 时间 Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 18
19 ENERGY STORAGE MODELING Solar radiation 太阳辐射 AC 空调制冷 refrigeration S AC refrigirating 外墙 Air 空气对流 convection External wall window 外窗 heat conducting by internal inside temp. 内墙 wall 内部温差传热 difference E store R L (u 2 /R L =P d (t )) P c heat 外部温差传热 conducting by outside temp. difference Representing the heat conducting by Indoor outdoor temp. difference k+ 1 E ( t ) E ( t ) PS( t ) t P ( t) dt store k 1 store k c k d t P c = P + = + Δ rated ( Tout ( tk ) Tin( tk )) Pd( tk) = ηr t k 2 Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 19
20 SECONDARY FREQUENCY REGULATION Begin 12:00-15:00 load regulation (outdoor temp. 38 ) k=1,input parameters including R i C i P rated,i T max,i and T out Test which air-conditionings is on,read their T set,i and T in,i (t k ),calulate E store,i (t 1 ) and C apacity,i Receive power compensation signal from the energy management system P track (t k ) Aggregators remove information of the new quit unit, read T set,i and T in,i (t k ) of new join unit, and calulate E store,i (t k ) and C apacity,i Y Algorithm gives the air conditioning unit control instruction S i (t k ) T out has renewal? N Y Calulate E store,i (t k+1 ) and SOC,i (t k+1 ) Update T out 12:00-13:00 SOC of all the AC load battery N have unit quit or new join in k=k+1 N simulation time end? Y End Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 20
21 OUTLINE 1. Background 2. Framework 3. Progress 4. Conclusions Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 21
22 CONCLUSIONS 1)AC load is a good example of the loads without instant power demand, which allows us to make the load regulation in some extent. It can be ventilation load, heating load, or refrigirating load. 2)Since there are a huge number of AC loads and they are widely scattered, they should be aggregated to be centrally dispatched. The aggregation methodology needs to be further discussed. 3)AC load regulation can be utilized in various levels of power dispatch with different control strategies, but it needs more effort to identify the associated methods. 4)the demand response program and the associated cost effective analysis is a crucial problem for the real application of AC load regulation. Framework of air conditioning load modeling research, Gao Ciwei, Southeast University 22
Working Together to Manage Your Company s Energy Use.
Energy for What s Ahead SM Working Together to Manage Your Company s Energy Use. Take advantage of one or more of our Demand Response (DR) programs to help lower your energy costs when you actively reduce
More informationVirtual Power Plant Simulation
AEP/EPRI Smart Grid Demo Virtual Power Plant Simulation Project Overview Smart Grid Advisory Meeting June 23, 2009 Tom Jones / Tom Walker Virtual Power Plant Simulation Project Virtual Power Plant (VPP)
More informationNV Energy s Residential HVAC Optimization Program
Demand Response & Distributed Energy Resources NV Energy s Residential HVAC Optimization Program SWEEP 10 th Annual Southwest Regional Energy Efficiency Workshop November 21-22, 2013 Michael O. Brown Manager,
More informationRetail-Level Transactive Control Linked to Wholesale LMPs
Retail-Level Transactive Control Linked to Wholesale LMPs Rob Pratt Pacific Northwest National Laboratory robert.pratt@pnl.gov GridWise Architecture Council 2 nd Transactive Energy Workshop IBM, White
More informationREDUCE THE COOLING DEMAND IN YEMENI OFFICE BUILDING BY USING NIGHT VENTILATION IN ADEN AND HODEIDAH CITIES 能源世界 - 中国建筑节能网
REDUCE THE COOLING DEMAND IN YEMENI OFFICE BUILDING BY USING NIGHT VENTILATION IN ADEN AND HODEIDAH CITIES Aymen Aklan, Panyu Zhu, Marlon Leão, Érika Borges Leão, Volker Huckemann (IGS - Institut für Gebäude-
More informationIntegrated Demand Response Portfolio Plan. July 2014
Integrated Demand Response Portfolio Plan July 2014 The Hawaiian Electric Companies submit this document to comply with the Decision and Order issued by the Hawai i Public Utilities Commission on April
More informationA Hydrogen Energy Storage Demonstration Platform in Chinese Power Transmission Industry
A Hydrogen Energy Storage Demonstration Platform in Chinese Power Transmission Industry Pengcheng Zhao, Yu Xiao, Meng Niu, Feng Liu, Zhaolong Du, Bo Zhao zhaopengcheng@geiri.sgcc.com.cn Agenda Introduction
More informationMass Market Demand Response and Variable Generation Integration Issues: A Scoping Study
Mass Market Demand Response and Variable Generation Integration Issues: A Scoping Study Peter Cappers Lawrence Berkeley National Laboratory NASEO/ASERTTI Renewable Energy Committee Meeting December 8,
More informationFlying the electric grid through wind and Sun
Flying the electric grid through wind and Sun Prabir Barooah Mechanical and Aerospace Engineering, University of Florida with help from Prof. Sean Meyn, He Hao, Yashen Lin, Tim Middelkoop, and PPD@UF Happy
More informationA study for an optimization of a hybrid renewable energy system as a part of decentralized power supply
International Journal of Smart Grid and Clean Energy A study for an optimization of a hybrid renewable energy system as a part of decentralized power supply Y. Stefanov, K. Ivanov, P. Petrov Technical
More informationOpportunities for Demand Response in the National Electricity Market
Opportunities for Demand Response in the National Electricity Market Dr David Crossley Managing Director Energy Futures Australia Pty Ltd Embedded Generation and Demand Side Responses Seminar Sydney, 27
More informationHow DR Can and Cannot Help Manage the Distribution System Peter Cappers
How DR Can and Cannot Help Manage the Distribution System Peter Cappers A National Summit on Smart Grid and Climate Change October 13, 2015 Background Overview Intersection of Distribution System Operations
More informationSmart Grid and Climate Change
Smart Grid and Climate Change Michael Hoover, Senior Director, State Regulatory Affairs 1 Agenda Overview Climate Policy in California Now and Then SCE s Demand Response Portfolio Overview Demand Response
More informationDemand as an Active Actor Day 2, Item 1. Presented by: Flora Flygt XM Medellin, Columbia December 12-13, 2012
Demand as an Active Actor Day 2, Item 1 Presented by: Flora Flygt XM Medellin, Columbia December 12-13, 2012 1 Outline Introduction Demand Response Continuum Passive Demand Response Active Demand Response
More informationReduced Network Modeling of WECC as a Market Design Prototype
PAPER 2011GM0942 1 Reduced Network Modeling of WECC as a Market Design Prototype James E. Price, Member, IEEE, and John Goodin Abstract California s administration, legislature, and energy regulators have
More informationSmart Grid Opportunities: Reducing Emissions and Cutting Energy Costs
Smart Grid Opportunities: Reducing Emissions and Cutting Energy Costs Kartik B. Ariyur School of Mechanical Engineering Purdue University Lehigh University ME Graduate Seminar April 16, 2010 16 April 2010
More informationSummary of 60-Day Notice: Smart Thermostat Optimization
Summary of 60-Day Notice: Smart Thermostat Optimization Public Service Company of Colorado ( Public Service or the Company ) posts this 60- Day Notice to add a Smart Thermostat Optimization Pilot to the
More informationAn Interactive Real Time Control Scheme For the Future Grid Operation
An Interactive Real Time Control Scheme For the Future Grid Operation Taiyou Yong China Electric Power Research Institute May 15, 2014 1 Disclaimer The views expressed in this presentation are completely
More informationThe Benefits of Dynamic Pricing of Default Electricity Service
The Benefits of Dynamic Pricing of Default Electricity Service Bernie Neenan UtiliPoint International Prepared for Assessing the Potential for Demand Response Programs Institute for Regulatory Policy Studies
More information2014 Integral Analytics, Inc.
1 2 3 4 5 6 7 Company Overview Putting Advanced Analytics into Software to Manage Utility Costs & Risks Smart Grid Solutions T&D Planning Storage & Renewable Evaluation DSM Planning & Evaluation Marketing
More informationResource planning and operational requirements for the advanced grid: Demand Response Potential Studies
Resource planning and operational requirements for the advanced grid: Demand Response Potential Studies NASEO EMAP Workshop Presented to the Nevada Governor s Office of Energy Jennifer Potter, Senior Scientific
More informationOptimal Design Method of Passive and Active Controlling System for Indoor Climate Design with Fluctuating Outdoor Conditions
Optimal Design Method of Passive and Active Controlling System for Indoor Climate Design with Fluctuating Outdoor Conditions KATO, Shinsuke IIS, Univ. of Tokyo JAPAN, JN3 Objective Developing the optimal
More informationDemand Response Association of Energy Engineers. Presenter: David Wylie, P.E. ASWB Engineering
Demand Response 2015 Association of Energy Engineers Presenter: David Wylie, P.E. ASWB Engineering National Energy Peak Leveling Program 1977 2 National Energy Peak Leveling Program 1977 3 When Demand
More informationIntegrated Assessment Model for Urban Energy Network System
Integrated Assessment Model for Urban Energy Network System EnviroInfo2008 Environmental Informatics and Industrial Ecology September 10-12, 2008, Leuphana University of Lüneburg, Germany Takeshi Ishida,
More informationA SIMULATION-BASED ANALYSIS OF PHOTOVOLTAIC SYSTEM ADOPTION FOR RESIDENTIAL BUILDINGS IN ASIAN COUNTRIES
Proceedings of Building Simulation 211: A SIMULATION-BASED ANALYSIS OF PHOTOVOLTAIC SYSTEM ADOPTION FOR RESIDENTIAL BUILDINGS IN ASIAN COUNTRIES Qiong Wu 1, Weijun Gao 1, and Hongbo Ren 1, 2 1 Faculty
More informationSmart Grid Dispatching Support System
Smart Grid Dispatching Support System Zhai Mingyu NARI Tech. & Dev. Co, Ltd. 2011.05.25 1 1 Overview 2 Real-time Monitoring & Pre-Alarm 3 Dispatching Schedule & Security Checking 4 Power System Visualization
More informationThe electric utility and HVAC industries have evolved over the decades
BACnet Today and the Smart Grid This article was published in ASHRAE Journal, November 2012. Copyright 2012 ASHRAE. Posted at www.ashrae.org. This article may not be copied and/or distributed electronically
More informationDER: NYISO Operations Perspective
DER: NYISO Operations Perspective Vijaya Ganugula Manager, Distributed Resources Operations NYSRC DER Reliability Workshop November 7, 2018 COPYRIGHT NYISO 2018. ALL RIGHTS RESERVED DER Classification
More informationRoadmaps for Demand Response & Storage
1 Roadmaps for Demand Response & Storage Jim Price, California ISO Senior Advisor, Market Development & Analysis jprice@caiso.com PSERC Summer Planning Workshop Market Stem July 15, 2015 CAISO markets
More informationOPTIMAL STORAGE POLICIES WITH WIND FORCAST UNCERTAINTIES
1 OPTIMAL STORAGE POLICIES WITH WIND FORCAST UNCERTAINTIES Nicolas Gast Joint work with Jean-Yves Le Boudec, Dan-Cristian Tomozei I&C EPFL December 2012 2 EPFL «smart-grids» group Two EPFL labs: LCA (Lab.
More informationTransitioning from Demand Response to Distributed Energy Resources
Transitioning from Demand Response to Distributed Energy Resources Ross Malme, Partner Skipping Stone September 2016 www.skippingstone.com www.skippingstone.jp Boston Atlanta Houston Los Angeles Tokyo
More informationACTIVE DEMAND MANAGEMENT IN THE PLAN EEAC WORKSHOP. EEAC Consultant Team January 30, 2018
ACTIVE DEMAND MANAGEMENT IN THE 2019-2021 PLAN EEAC WORKSHOP EEAC Consultant Team January 30, 2018 INTRODUCTION The Green Communities Act directs administrators of energy efficiency plans to meet electric
More informationOpportunities and Challenges in Integration of Renewable Generation in Electric Grids
Opportunities and Challenges in Integration of Renewable Generation in Electric Grids Pramod P. Khargonekar Department of Electrical Engineering and Computer Science University of California, Irvine 1st
More informationUSING A BATTERY ENERGY STORAGE SYSTEM AND DEMAND RESPONSE CONTROL TO INCREASE WIND POWER PENETRATION IN AN ISLAND POWER SYSTEM
USING A BATTERY ENERGY STORAGE SYSTEM AND DEMAND RESPONSE CONTROL TO INCREASE WIND POWER PENETRATION IN AN ISLAND POWER SYSTEM ABSTRACT This paper defines a study where the wind power generation in an
More informationInexpensive Ancillary Service from Automated Tuning of Continuously Variable Loads
Inexpensive Ancillary Service from Automated Tuning of Continuously Variable Loads Pre-conference workshop, IEEE CDC, Dec 2013, Florence, Italy Ancillary service from flexible loads to help the electric
More informationPowerDirect Automated Demand Response Pilot Program and Demand Response Overview
PowerDirect Automated Demand Response Pilot Program and Demand Response Overview Harlan Coomes Principal Engineer Powering forward. Together. What is Demand Response? Demand Response is a change in customer
More informationDale Pennington Managing Director Utiliworks Consulting New York, USA
Dale Pennington Managing Director Utiliworks Consulting New York, USA Understanding Demand Side Management and the Smart Grid Dale Pennington Managing Director Utiliworks Consulting, LLC New York, USA
More informationViridity Energy, Inc. A customer baseline serves as an estimate of how much electricity a customer would
Using an Engineering Model to Determine a Customer s Baseline Load Viridity Energy, Inc. A customer baseline serves as an estimate of how much electricity a customer would consume during a given period,
More information1. Feasibility of battery storage for wind power systems
1. Feasibility of battery storage for wind power systems Title: Feasibility of battery storage for wind power systems, Honours Thesis ELEC 4712/4713 The increased integration of wind generation is accompanied
More informationREPORT. SoCalGas Demand Response: 2017/2018 Winter Load Impact Evaluation. August 14, Prepared for Southern California Gas Company
REPORT SoCalGas Demand Response: 2017/2018 Winter Load Evaluation August 14, 2018 Prepared for Southern California Gas Company Prepared by Eric Bell, Ph.D. Principal Stephanie Bieler Consultant Nexant,
More informationDynamic Price, Product and Messaging Specification
1 2 3 4 5 6 7 8 Retail Dynamic Price, Product and Messaging Specification (DRAFT) Draft Memo to by Ed Cazalet on Sept 7, 2009. During the August 2nd 2009, OASIS Energy Interoperation Technical Committee
More informationPhotovoltaic Power Generation in China
Photovoltaic Power Generation in China Viewpoint from utility China Electric Power Research Institute Sep. 3 2015, Bangkok Thailand Lingzhi ZHU (zhulingzhi@epri.sgcc.com.cn) Contents 1. Overview of Photovoltaic
More informationDemand Response Availability Data Systems Definitions
Demand Response Availability Data Systems Definitions August 2013 3353 Peachtree Road NE Suite 600, North Tower Atlanta, GA 30326 404-446-2560 www.nerc.com Table of Contents Table of Contents Table of
More informationSHANGHAI TOWER OCTOBER 2013
SHANGHAI TOWER LEAF FORUM BERLIN OCTOBER 2013 The Development of Modern Super High-rises DESIGN CONSIDERATIONS Form & Massing Symbolism, Culture, Economics, Heritage, Visual Impact, Structure Gravity,
More informationIntegration of Demand Response with Renewable Energy for Efficient Power System Operation
Integration of Demand Response with Renewable Energy for Efficient Power System Operation Part B Tutorial Prof. Saifur Rahman Virginia Tech, USA PES ISGT Asia 20 May 2014 Kuala Lumpur, Malaysia 1 Tutorial
More informationEvidence-based Energy Performance and Flexibility
Evidence-based Energy Performance and Flexibility Henrik Madsen Dept. Appl. Mathematics and Computer Science, DTU http://www.smart-cities-centre.org http://www.henrikmadsen.org Case Study No. 1 Thermal
More informationCalifornia Grid Operations: Current Conditions and Future Needs
California Grid Operations: Current Conditions and Future Needs Jim Detmers Vice President, Operations Global Climate & Energy Project November 1, 2007 STANFORD UNIVERSITY Our objective today is identify
More informationThe role of emerging end-use and microgeneration technologies in smart grids some findings from Task XVII
The role of emerging end-use and microgeneration technologies in smart grids some findings from Task XVII IEA DSM Workshop Espoo, 14 November 2012 Seppo Kärkkäinen Elektraflex Operating Agent of Task XVII
More informationA Dynamic Market Mechanism for Integration of Renewables and Demand Response
1 A Dynamic Market Mechanism for Integration of Renewables and Demand Response Anuradha Annaswamy aanna@mit.edu Panel on Market-based Approaches for Demand Response IEEE Power and Energy Society General
More informationChina Motor Energy Saving Policies, Standards and Industry Development
Motor Summit 2018 International, Zurich Switzerland China Motor Energy Saving Policies, Standards and Industry Development Zhao Yuejin Senior Researcher China National Institute of Standardization Table
More informationThe UK Aggregation Experiment Combining Wind and Demand Response. Dr. Jacques Deuse Technical Director of EU-DEEP Project
The UK Aggregation Experiment Combining Wind and Demand Response Dr. Jacques Deuse Technical Director of EU-DEEP Project Develop innovative business models that will maximize the value brought by Distributed
More informationStandardizing Smart/Connected Products in a Highly Innovative and Dynamic Market
Standardizing Smart/Connected Products in a Highly Innovative and Dynamic Market Robert Wilkins Thursday, September 15, 2016 10:00 a.m. 10:30 a.m. AHRI One of the nation s larger trade associations including
More informationIntelligent Energy Systems in Buildings
Intelligent Energy Systems in Buildings Henrik Madsen Applied Mathematics and Computer Science, DTU http://www.smart-cities-centre.org http://www.henrikmadsen.org Quote by B. Obama at the Climate Summit
More informationMODELLING AND SIMULATION OF BUILDING ENERGY SYSTEMS USING INTELLIGENT TECHNIQUES
MODELLING AND SIMULATION OF BUILDING ENERGY SYSTEMS USING INTELLIGENT TECHNIQUES Ph.D. THESIS by V. S. K. V. HARISH ALTERNATE HYDRO ENERGY CENTRE INDIAN INSTITUTE OF TECHNOLOGY ROORKEE ROORKEE-247667 (INDIA)
More informationAnalysis of Cooperation between Wind Power and Load Side Resources
Engineering, 2013, 5, 51-55 http://dx.doi.org/10.4236/eng.2013.59b009 Published Online September 2013 (http://www.scirp.org/journal/eng) Analysis of Cooperation between Wind Power and Load Side Resources
More informationEntergy Louisiana: Analysis of Long- Term Achievable Demand Response Potential. Draft Report October 12, 2018
Entergy Louisiana: Analysis of Long- Term Achievable Demand Response Potential Draft Report October 12, 2018 TABLE OF CONTENTS I. EXECUTIVE SUMMARY... 1 II. STUDY APPROACH... 2 Overview... 2 Data Collection
More informationResearch on Green Energy Technology for the Innovation Park of Wuhan National Bioindustry Base
368 Proceedings of the 7th International Conference on Innovation & Management Research on Green Energy Technology for the Innovation Park of Wuhan National Bioindustry Base Yu Bo 1, Yu Songtao 2 1 Wuhan
More informationCyber physical social systems: Modelling of consumer assets and behavior in an integrated energy system
Cyber physical social systems: Modelling of consumer assets and behavior in an integrated energy system in Energy Systems Integration 102 Research Challenges 1 by Tim Hansen and Sid Suryanarayanan Department
More informationCAISO Generator Deliverability Assessment Methodology. On-Peak Deliverability Assessment Methodology (for Resource Adequacy Purposes)
Background On-Peak Deliverability Assessment Methodology (for Resource Adequacy Purposes) The CAISO s deliverability study methodology for resource adequacy purposes was discussed extensively in the CPUC
More informationPUGET SOUND ENERGY DEMAND RESPONSE POTENTIAL ASSESSMENT
PUGET SOUND ENERGY DEMAND RESPONSE POTENTIAL ASSESSMENT DER INTEGRATION INTEREST GROUP 36 TH PLMA CONFERENCE CAMBRIDGE, MA NOVEMBER 13, 2017 1 TOPICS Overview of PSE s Demand-Side Resource Assessment and
More informationBEEP Guidelines for Energy Efficient Design of Multi-Storey Residential Buildings
BEEP Guidelines for Energy Efficient Design of Multi-Storey Residential Buildings Saswati Chetia & Sameer Maithel BEEP International Conference Energy Efficient Building Design: Experiences & Way Forward
More informationRELIABILITY AND SECURITY ISSUES OF MODERN ELECTRIC POWER SYSTEMS WITH HIGH PENETRATION OF RENEWABLE ENERGY SOURCES
RELIABILITY AND SECURITY ISSUES OF MODERN ELECTRIC POWER SYSTEMS WITH HIGH PENETRATION OF RENEWABLE ENERGY SOURCES Evangelos Dialynas Professor in the National Technical University of Athens Greece dialynas@power.ece.ntua.gr
More informationPumped Storage Hydroelectric Power Plants: Issues and Applications
Pumped Storage Hydroelectric Power Plants: Issues and Applications István TÁCZI www. erranet.org Description of the work-plan issue There is a growing interest to build pumped storage hydroelectric power
More informationAnalysis on the Influence Factors of Wind Power Accommodation
Journal of Power and Energy Engineering, 25, 3, 62-69 Published Online April 25 in SciRes. http://www.scirp.org/journal/jpee http://dx.doi.org/.4236/jpee.25.3423 Analysis on the Influence Factors of Wind
More informationRenewables and electricity market design
Peter Cramton University of Cologne and University of Maryland 11 May 2018 Renewables and electricity market design 1 Goal of electricity markets: Reliable electricity at least cost Short-run efficiency
More informationThe Pathway to Net-zero Energy PLUS Homes
The Pathway to Net-zero Energy PLUS Homes Marshall Gobuty, CEO, Pearl Homes Blake Richetta, SVP, sonnen, Inc. Gary Carmack, VP of Energy Management, Pearl Homes The Vision of Pearl Homes and Net-zero Energy
More informationDEMAND RESPONSE WHEREDO WESTAND, WHEREDO WEGO ANDHOW DO WEGO CHALLENGES, OPPORTUNITIES AND PERSPECTIVES JOISA DUTRA
DEMAND RESPONSE WHEREDO WESTAND, WHEREDO WEGO ANDHOW DO WEGO CHALLENGES, OPPORTUNITIES AND PERSPECTIVES JOISA DUTRA CIGRE DEMAND RESPONSE SEMINAR SÃO PAULO DECEMBER 15, 2016 ROADMAP Disrupting the Use-of-Energy
More informationDemand Response. US experiences, German challenges and market barriers
Demand Response US experiences, German challenges and market barriers Andreas Jahn Senior Associate Berlin, 2014 The Regulatory Assistance Project Rosenstrasse 2 D-10178 Berlin Germany Phone: +49 30 2844
More informationSmall Hydro and Smart Grid Integration
Small Hydro and Smart Grid Integration by the U.S. DOE Dan Ton Program Manager, Smart Grid R&D April 2013 5/2/2013 www.oe.energy.gov 1 U.S. Department of Energy National 1000 Academy Independence of Engineering
More informationGrid-Interactive Electric Thermal Storage (GETS) Space and Water Heating
Grid-Interactive Electric Thermal Storage (GETS) Space and Water Heating Paul Steffes, P.E. Steffes Corporation 3050 Hwy 22 N Dickinson, ND 58601 psteffes@steffes.com Abstract Utilities have long been
More informationRate Design and Resource Planning
Rate Design and Resource Planning Rate Considerations and Resource Planning Decisions El Paso Electric Company New Mexico Public Advisory Group Meeting December 11, 2014 Rates and Resource Planning The
More informationOpen Access Technology International, Inc. (OATI)
1 Incentive-Compatible Solutions for Efficient Energy Consumption and Reliable Power System Operation Farrokh Rahimi, Ph.D. Vice President, Market Design & Consulting Open Access Technology International,
More informationManaging Flexibility in MISO Markets
Managing Flexibility in MISO Markets Clean Energy Regulatory Forum November 9, 2012 Outline Impacts of Variable Generation on Ancillary Services Dispatchable Intermittent Resources Introduction to Proposed
More informationDemand Side Management Programs. Chris Edge July 20, 2007
Demand Side Management Programs Chris Edge July 20, 2007 1 What is Demand Side Management? DEMAND SIDE MANAGEMENT (DSM) Demand Response Direct Load Management Control of customer heating, cooling and appliances..
More informationMAUI SMART GRID PROJECT
MANAGING DISTRIBUTION SYSTEM RESOURCES FOR IMPROVED SERVICE QUAILTY AND RELIABILTY, TRANSMISSION CONGESTION RELIEF, AND GRID SUPPORT FUNCTIONS MAUI SMART GRID PROJECT or Hawaii Natural Energy Institute
More informationEmerson Climate Technologies Devotion To Green Buildings & Energy Efficiency
Emerson Climate Technologies Devotion To Green Buildings & Energy Efficiency Don Newlon Vice President, A/C Marketing Emerson Profile Founded In 1890, In Business 118 Years Global Product And Market Leadership
More informationDYNAMIC ACTIVATION OF STRUCTURAL THERMAL MASS IN A MULTI- ZONAL BUILDING WITH DUE REGARD TO THERMAL COMFORT
DYNAMIC ACTIVATION OF STRUCTURAL THERMAL MASS IN A MULTI- ZONAL BUILDING WITH DUE REGARD TO THERMAL COMFORT Henryk Wolisz, Pascal Block, Rita Streblow, Dirk Müller RWTH Aachen University, E.ON Energy Research
More informationERCOT Public LTRA Probabilistic Reliability Assessment. Final Report
ERCOT Public 2016 LTRA Probabilistic Reliability Assessment Final Report November 21, 2016 Contents Summary... 1 Software Model Description... 3 Demand Modeling... 3 Controllable Capacity Demand Response
More information2025 California DR Potential Study
2025 California DR Potential Study May 25, 2017 Presented by: Jennifer Potter Study Team: Lawrence Berkeley National Laboratory Peter Alstone, Jennifer Potter, Mary Ann Piette, Peter Schwartz, Michael
More informationTOP TEN 2018 O P T E. N s ENERGY EFFICIENCY PRACTICES FOR THE CHINA BUILDINGS SECTOR
TOP TEN BEST PRACTICES (BP) TOP TEN 2018 ENERGY EFFICIENCY PRACTICES FOR THE CHINA BUILDINGS SECTOR The National Development and Reform Commission of China (NDRC) guided the China Quality Certification
More informationMemorandum. This memorandum requires Board action. EXECUTIVE SUMMARY
California Independent System Operator Corporation Memorandum To: ISO Board of Governors From: Keith Casey, Vice President, Market & Infrastructure Development Date: August 29, 2018 Re: Decision on the
More informationDemand Response Update
Demand Response Update Bruce Kaneshiro & David Hungerford California Public Utilities Commission & California Energy Commission November 2, 2006 1 Demand Response in the Energy Action Plan The Energy Action
More informationDesign and control of microgrids- typical applications, impact on your business
Design and control of microgrids- typical applications, impact on your business European Utility World, Amsterdam / November 5 th 2014 Ullrich Jakobi, Siemens AG Siemens AG 2014 All rights reserved. Key
More informationOverview of Microgrid R&D in China. Prof.Chengshan Wang. Tianjin University Tianjin, China
Overview of Microgrid R&D in China Prof.Chengshan Wang Tianjin University Tianjin, China cswang@tju.edu.cn 2009 Symposium on Microgrids, Sept.17 2009 Outline: Overview of Renewable Energy Development Policy
More informationReform in China s Electric Power Industry. - A Case Study of East China s Wholesale Electric Power Market -
Reform in China s Electric Power Industry - A Case Study of East China s Wholesale Electric Power Market - Chun Chun NI 1 Preface China s power industry has been reformed in various aspects since 1985.
More information1st International Conference on Large-Scale Grid Integration of Renewable Energy in India Durgesh Manjure, MISO Energy September 6, 2017
Centralized Energy & Operating Reserves Markets: A MISO perspective 1st International Conference on Large-Scale Grid Integration of Renewable Energy in India Durgesh Manjure, MISO Energy September 6, 2017
More informationThe Study of Solar Monitoring System
The Study of Solar Monitoring System Zhanlan Xie1, a, Wen Yang2,b*, Xiaoyan Zhang2,c and Zhe Li2,d 1 N0.170, Xincheng Avenue, South New Zone, Xining City, Qinghai Province, China 2 No.19, Chengxin Avenue,
More informationDemand Response Marketplace and DR programs in Ontario
Demand Response Marketplace and DR programs in Ontario Demand-Response-Shop.com Collaboration Project with Sheridan College-Building Intelligence Quotient- RFQ Strategies partially funded by Ontario Centres
More informationMaximizing Consumer Value Through Dynamic Pricing: A Suggested Approach for Regulators
Maximizing Consumer Value Through Dynamic Summary Regulators and electricity providers have developed and now offer numerous pricing structures to optimize their provision of electricity to consumers.
More information能源世界 - 中国建筑节能网
INDOOR THERMAL SIMULATION OF RESIDENTIAL BUILDINGS WITH REAL THERMAL ENVIRONMENT IN SHANGHAI Panyu Zhu Aymen Aklan Erika Borges Leão, Marlon Leão Volker Huckemann (IGS Institut für Gebäude und Solartechnik,
More informationDesigning Business Models for different market participants in a hybrid retail energy market
Designing Business Models for different market participants in a hybrid retail energy market Tariff Design Options for Residential Customers Daniel Schwabeneder October, 4 Outline Motivation The OrPHEuS
More informationAn Energy Service Decision-Support Tool for Optimal Energy Services Acquisition. Michael Angelo Pedrasa Ted Spooner Dr Iain MacGill
An Energy Service Decision-Support Tool for Optimal Energy Services Acquisition Michael Angelo Pedrasa Ted Spooner Dr Iain MacGill April 2010 1 Abstract There is a need to improve the provision of energy
More informationBuilding the Business Case for Renewables, Energy Storage, and Demand-Side Resources
Building the Business Case for Renewables, Energy Storage, and Demand-Side Resources CI Energy Group s 3rd Annual Alberta Power Symposium Paul Grod, President, Rodan Energy Sept. 29, 2015 About Rodan Energy
More informationStrategic outlook of Heat pump development in China
Strategic outlook of Heat pump development in China Hengyi Zhao a, *, Yifeng Gao b, Zhongkui Song c a China Heat Pump Alliance, Beijing 100013, China b International Copper Association Shanghai Office,
More informationDevelopment of dedicated tools to study the complex interaction among different solutions
Development of dedicated tools to study the complex interaction among different solutions A dynamic simulation environment with modular structure based on Trnsys software. It aims at: Evaluating interactions
More informationSmart building for a greener Europe: emerging policy and practise
Smart building for a greener Europe: emerging policy and practise Concerted Action EPBD Workshop, St. Julian s, Malta, 14/02/2017 Stephan Kolb Chair Advocacy Panel eu.bac Who is eu.bac? q eu.bac is the
More informationPower System Evolution System wide issues related to massive penetration of PV in the electricity systems
IEA PVPS Joint Workshop of Task 1 and 14 PV in Tomorrow s Electricity Grids: Problem or Panacea? Session 1: Technical Barriers to realize high penetration PV Power System Evolution System wide issues related
More informationPilot projects for storage: the Italian experience
Pilot projects for storage: the Italian experience Andrea Caizzi AEEGSI, Italian Regulatory Authority for Electricity, Gas and Water system Infrastructure Division of the Regulation Department ICER, Bruxelles,
More informationStatewide Pricing Pilot (SPP)
Statewide Pricing Pilot (SPP) Overview and Results 2003-2004 Mike Messenger, CEC Project Manager kw 4.5 4.0 3.5 3.0 2.5 2.0 1.5 1.0 0.5 Residential Response to Critical Peak Pricing Fixed Incentive with
More informationStudy on the Relationship between Thermal Comfort and Air-Conditioning Energy Consumption in Different Cities
Journal of Computers Vol. 28, No. 2, 2017, pp. 135-143 doi:10.3966/199115592017042802010 Study on the Relationship between Thermal Comfort and Air-Conditioning Energy Consumption in Different Cities Chen-Yi
More information