E-Hub : Solar Powered Electric Vehicle Charging Station
|
|
- Madeline Tucker
- 5 years ago
- Views:
Transcription
1 ENERGY E-Hub : Solar Powered Electric Vehicle Charging Station Novy Francis 15 October 2018 DNV GL 15 October 2018 SAFER, SMARTER, GREENER
2 Contents 1. Motivation 2. Research Questions 3. Estimating energy demand for EV charging 4. Estimating PV energy yield 5. System design 6. Power Management 7. Test Set-up
3 Rise in E-mobility 0,8 0,7 0,6 Market share in % 0,5 0,4 0,3 0,2 0,1 Source : European Alternative Fuels Observatory, EV
4 Charging Infrastructure Number of units Source : European Alternative Fuels Observatory, Normal power charging (<22kW)
5 Charging Infrastructure Number of units Source : European Alternative Fuels Observatory, Normal power charging (<22kW) High power charging (>22kW)
6 Research Questions 1. What is the yearly charging energy demand for an EV fleet at the university campus? 2. Given the intermittent nature of RES, What is the estimated yearly yield? 3. What is the ideal size and design for the E-Hub? 4. Which power management algorithms are to be implemented in the E- Hub? 5. Is the chosen system viable for testing with favourable results?
7 E-Hub 7 Employees 10 Electric Vehicles 3 Visitors 10 EV chargers RES Integration 7 kw x 6 no. 21 kw x 4 no. Initial project implementation plan in TU Delft campus Source : J.M. van der, 2017
8 Estimating Energy Demand for EV Charging
9 Assumptions All 10 EVs are present each day for charging EVs are parked from 09:00 to 17:00 Battery State of Health
10 25 km 21.5 km Source : Harikumaran J et.al, 2012
11 Normal Probability Distribution ff xx μμ, σσ 2 ) = 1 ee xx μμ 2 2σσ2 2ππσσ2 Cumulative driving pattern for all EVs in a year (km) - Cumulative driving efficiency for all EVs in a year (kwh/km) - ωω ηη Yearly charging demand (kwh) = ωω ηη
12
13 Results Minimum daily charging demand : 58 kwh Maximum daily charging demand : 85 kwh Average daily charging demand : 73 kwh Annual estimated energy demand : 20 MWh
14 Estimating PV energy yield
15 Weather Data Irradiance Ambient temperature Wind speed Module orientation? Source : G Nair, 2014 Tilt : 28 Azimuth : 180
16 Wind Speed (m/s) Ambient Temperature ( C) Nominal Operating Cell Temperature ( C) Module Efficiency Global Irradiance (W/m 2 ) DB Model Module Temperature ( C) Power Temperature Coefficient (%/ C) Rated Module Power at STC (W) PV Model PV Output Power (kw)
17 Results Annual yield: 1.1 MWh/m 2
18 System Design
19 75 Modules kW p 25 x 3 EV-Box x 5
20 PV System Costs
21 Results Array : 75 modules 19.5 kwp Area : 122 m 2 for PV and 115 m 2 for Parking Inverter : 20 kw EV charger : EV- Box (business line) Tesla Powerwall Initial investment needed : 50,400
22 Power Management
23 Input Linear programming algorithm Output (Hourly) Grid Import Price ( /kwh) Grid Export Price ( /kwh) PV Output Power (kw) Charging Demand of each EV in a day(kwh) Cumulative charging demand of fleet (kwh) SOC of Battery E- Hub Grid Exchange (kw) Charging Power of each EV (kw) Charging Power of the fleet (kw) Revenue ( ) SOC of Battery GGGGGGdd ii = EEVV ii PPVV ii PPWW ii 1 < ii < With/Without peak shaving θθ ii GGGGGGdd EV ii = charger ff efficiency θθ = GGGGGGGG pppppppppp ( /kkkkk) ii=1 Capacity of the battery Battery charging/discharging power MMMMMMMMMMMMMMMM (ff)
24 Charging Strategies Summer Season Grid Import Winter Unlimited grid import Peak shaving 10 kw Battery 9 Charging Strategies
25 Unregulated Summer Charging
26 Smart Summer Charging 14.3%
27 Smart Summer Charging
28 Winter Charging Unregulated and regulated charging : 83 kw Peak shaving 88% Smart charging with peak shaving
29 Regulated Winter Charging with Peak Shaving
30 1,75 0,75 Revenue in -0,25-1,25 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,15-2,25-3,25 Smart Summer with peak shaving
31 1,75 0,75 Revenue in -0,25-1,25 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,15-2,25-3,25 Smart Summer with peak shaving Smart Summer without peak shaving
32 1,75 0,75 Revenue in -0,25-1,25 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,15-2,25-3,25 Smart Summer with peak shaving Smart Summer without peak shaving Smart Winter with peak shaving
33 1,75 Revenue in 0,75-0,25-1,25 0,8 0,7 0,6 0,5 0,4 0,3 0,2 0,15-2,25-3,25 Smart Summer with peak shaving Smart Winter with peak shaving Smart Summer without peak shaving Smart Winter without peak shaving
34 Summer and winter charging Without peak shaving Summer : 53 kw Winter : 83 kw Lowest grid price Inclusion of Battery Smart charging with peak shaving
35 Results Smart charging Peak shaving Introduction of Battery PV, EV, Battery and Grid prices Demand charges ( /kw) Revenue increase Investment cost Linear Programming with Peak shaving
36 Test Set-up
37 Why? Display Communicate User defined command Remote control Ease of use Eneco SolarEdge and Tesla Powerwall Set-up
38 SolarEdge Monitoring Portal
39 Charge/Discharge Mode 1. Battery OFF
40 Charge/Discharge Mode 1. Battery OFF 2. Charge from PV
41 Charge/Discharge Mode 1. Battery OFF 2. Charge from PV 3. Charge from PV and Grid
42 Charge/Discharge Mode 1. Battery OFF 2. Charge from PV 3. Charge from PV and Grid 4. Discharge to maximize export (DME)
43 Charge/Discharge Mode 1. Battery OFF 2. Charge from PV 3. Charge from PV and Grid 4. Discharge to maximize export (DME) 5. Discharge to minimize import (DMI)
44 Charge/Discharge Mode 1. Battery OFF 2. Charge from PV 3. Charge from PV and Grid 4. Discharge to maximize export (DME) 5. Discharge to minimize import (DMI) 6. Maximize Selfconsumption
45 Charge/Discharge Mode 1. Battery OFF 2. Charge from PV 3. Charge from PV and Grid 4. Discharge to maximize export (DME) 5. Discharge to minimize import (DMI) 6. Maximize Selfconsumption 7. Charge excess PV
46
47
48 Results Control of Test Set-up Custom profile Remote control and monitoring Data logging Constraints
49 Thank You! Novy Francis SAFER, SMARTER, GREENER The trademarks DNV GL, the Horizon Graphic and Det Norske Veritas are the properties of companies in the Det Norske Veritas group. All rights reserved
50 Appendix 68
51 Factors effecting energy demand Km Driven Number of EVs Charger Ratings Charging Location Battery SOC Battery SOH Efficiency Battery Size EV charging demand PV energy yield System design Power management Test Set-up 69
52 EV Driving Efficiency Source : Pasaoglu et.al, 2013 EV charging demand PV energy yield System design Power management Test Set-up 70
53 71
54 72
55 Selection of Renewable Energy Source for E-Hub Dutch regulations Cost and lifetime analysis Source : National Renewable Energy Laboratory,2016 EV charging demand PV energy yield System design Power management Test Set-up 73
56 PV Modules Sunpower SPR E : 20.4 % Peimar OS 260 P : % EV charging demand PV energy yield System design Power management Test Set-up 74
57 Duffie Beckman Model Ambient temperature Module Temperature Wind speed TT mm EV charging demand PV energy yield System design Power management Test Set-up 75
58 Module Output Power TT mm = Module temperature λλ = Power temperature coefficient GGGGGGGGGGGG GG mm = Global irradiance on the module SSSSSS PP mm = 260 W EV charging demand PV energy yield System design Power management Test Set-up 76
59 PV Array Layout Estimated number of modules : 73 Layout : o Series : 25 o Parallel : 3 Total number of modules needed : 75 EV charging demand PV energy yield System design Power management Test Set-up 77
60 PV Array Output Watt-peak rating 19.5 kw EV charging demand PV energy yield System design Power management Test Set-up 78
61 Inverter Selection Rating 1 or 3? 1:1 ratio 3 Inverter efficiency o Input DC voltage o Total DC input power SMA Sunny Tripower TL Central inverter topology Source : sma.de, 2017 EV charging demand PV energy yield System design Power management Test Set-up 79
62 Practical Feasibility EV charging demand PV energy yield System design Power management Test Set-up 80
63 PV System Costs NREL, Ran Fu et.al, 2017 Module Design & Engineering Labour Electrical Inverter Sales Tax Contingency Structural Interconnection PZI EPC Cost in EV charging demand PV energy yield System design Power management Test Set-up 81
64 Unregulated Summer Charging EV charging demand PV energy yield System design Power management Test Set-up 82
65 Regulated Winter Charging with Peak Shaving EV charging demand PV energy yield System design Power management Test Set-up 83
66 Regulated Winter Charging EV charging demand PV energy yield System design Power management Test Set-up 84
67 Summer without peak shaving EV charging demand PV energy yield System design Power management Test Set-up 85
68 Regulated Winter Charging with Peak Shaving EV charging demand PV energy yield System design Power management Test Set-up 86
69 Summer without peak shaving EV charging demand PV energy yield System design Power management Test Set-up 87
70 Summer with peak shaving EV charging demand PV energy yield System design Power management Test Set-up 88
71 Winter without peak shaving EV charging demand PV energy yield System design Power management Test Set-up 89
72 Winter with peak shaving EV charging demand PV energy yield System design Power management Test Set-up 90
73 Summer with peak shaving EV charging demand PV energy yield System design Power management Test Set-up 91
74 Winter with peak shaving EV charging demand PV energy yield System design Power management Test Set-up 92
75 93
76 94
77 Charge/Discharge Profile Programming Daily EV charging demand PV energy yield System design Power management Test Set-up 95
78 Charge/Discharge Profile Programming Daily Seasonal EV charging demand PV energy yield System design Power management Test Set-up 96
79 Charge/Discharge Profile Programming Daily Seasonal Special day type EV charging demand PV energy yield System design Power management Test Set-up 97
80 EV charging demand PV energy yield System design Power management Test Set-up 98
81 EV charging demand PV energy yield System design Power management Test Set-up 99
82 EV charging demand PV energy yield System design Power management Test Set-up 100
Evaluating Batteries: Deployment, Integration and Market Drivers
Evaluating Batteries: Deployment, Integration and Market Drivers Evaluating Batteries: Deployment, Integration, and Market Drivers TechAdvantage 2018 Nashville, Tennessee February 27, 2018 Taylor Gunn,
More informationTotal number of PV modules: 42 Energy usability factor: 99.9 % Number of PV inverters: 1
FILKAB Solar OOD Komatevsko shose 92 4004 Plovdiv, Bulgaria FILKAB Solar OOD Komatevsko shose 92 4004 Plovdiv, Bulgaria Tel.: +359 32 277 298 E-mail: office@filkab.solar Internet: www.filkab.solar Project
More informationAugust 2011
Modeling the Operation of Electric Vehicles in an Operation Planning Model A. Ramos, J.M. Latorre, F. Báñez, A. Hernández, G. Morales-España, K. Dietrich, L. Olmos http://www.iit.upcomillas.es/~aramos/
More informationYour home and business energy independance. Energy Bundle CA5000TPV-3D
Energy Bundle 3D Your home and business energy independance Energy Bundle CA5000TPV-3D x 1 x 1 x 20 with PV for the system Energy Bundle 3D Options CA5000TPV-3D: StorEdge 5kW Inverter + 6.4kW Tesla Powerwall
More informationYield Reduction Due to Shading:
x9 31 x SunPower 1 x Power-One SPR-E0-37 37 W TRIO-8.5-TL-OUTD 10 ; 1x13 1x13 1 x Power-One 10 ; -30 7.5kW 9 x SunPower 1 x Power-One SPR-E0-37 37 W 10 ; 59 7.5kW 7 x SunPower 1 x Power-One SPR-E0-37 37
More information* Protected from tools and particles greater than 2.5 millimeters * Protected form low pressure water jets from any direction
Backup The Powerwall may be used to provide backup power to a home or small business. The backup function can be tied to solar for multiple charge/recharge cycles during the outage, or offered as stand-alone,
More informationThe StorEdge Solution. Enabling Energy Independence
The StorEdge Solution Enabling Energy Independence The StorEdge Solution Combining SolarEdge's breakthrough PV inverter technology with leading battery storage systems, the StorEdge solution helps homeowners
More informationCustom Power Solar Radian Battery Energy Storage System
1442A Walnut St #368 Berkeley, CA 94709 (510) 912-4662 http://www.custompowersolar.com October 8, 2017 Custom Power Solar Radian Battery Energy Storage System Custom Power Solar provides residential energy
More informationDecentralized Battery Energy Management for Stand-Alone PV- Battery Systems
Decentralized Battery Energy Management for Stand-Alone PV- Battery Systems Umarin Sangpanich (PhD.) Faculty of Engineering at Sriracha Kasetsart University (Sriracha campus) 19 May 2016 Outline A key
More informationPlanning Guidelines SMA SMART HOME
Planning Guidelines SMA SMART HOME The System Solution for Greater Independence ENGLISH SI-HoMan-PL-en-51 Version 5.1 Table of Contents SMA Solar Technology AG Table of Contents 1 Information on this Document...
More informationEnergy Storage Systems
Energy Storage Systems Global Energy Storage Market Overview & Regional Summary Report 2015 Toby Barber Dec 2015 Report Contributors: Australian Energy Storage Council, Energy Storage Association (US),
More informationEconomics of Vehicle to Grid
Economics of Vehicle to Grid Adam Chase, Director, E4tech Cenex-LCV2016, Millbrook Strategic thinking in sustainable energy 2016 E4tech 1 E4tech perspective: Strategic thinking in energy International
More informationCompetitiveness & Economics
Competitiveness & Economics A hybrid case study Luis Fariza Navarro 2011 SunPower Corporation 17th October 2012 Powering a new concept: PV Hybrid solution Finding the good energy mix Value Added of Solar
More informationDesigning Stand Alone Systems. Overview, components and function, Elements in Design
Designing Stand Alone Systems Overview, components and function, Elements in Design What Stand Alone System Does Loads that are Reasonable for a Stand Alone System to Power: Yes or No Dishwasher? Refrigerator
More informationEnergy Produced by PV Array (AC):
4x17 2x16 400 x PHOTON SOLAR 4 x KACO new energy PH-250P-60 (HDS) INT 250 W Powador 30,0 TL3 15 ; 0 25,0kW Location: Climate Data Record: PV Output: Gross/Active PV Surface Area: Antalya Antalya (1961-1990)
More informationPowering the most advanced energy storage systems
Powering the most advanced energy storage systems Greensmith grid-edge intelligence Building blocks for a smarter, safer, more reliable grid Wärtsilä Energy Solutions is a leading global energy system
More informationEnergy storage kits for residential and commercial customers. Ken Hobbs Technical Director, CCL Components Dean Kalek Technical Trainer, SMA Solar UK
Energy storage kits for residential and commercial customers Ken Hobbs Technical Director, CCL Components Dean Kalek Technical Trainer, SMA Solar UK SMA Smart Home Basic, Integrated and Flexible Storage
More informationSolar Power. Demonstration Site. Annual Performance Report 2017
Solar Power Demonstration Site Annual Performance Report 217 Version :1. July 12, 218 Solar Power Demonstration Site 217 Performance Report Introduction INTRODUCTION The Solar Power Demonstration Site
More informationALZ Electrical Solar Consumer Guide
ALZ Electrical Solar Consumer Guide ALZ Electrical Unit 6/3 Southern Cross Circuit, Urangan QLD 4655 T: (07) 4124 9552 E: admin@alzelectrical.net W: www.alzelectrical.net Why go solar? Solar power systems
More informationAirports Going SOLAR! Michael Shonka
Airports Going SOLAR! Michael Shonka www.solaromaha.com 402-590-5900 Agenda Why Go SOLAR Solar System Components System Design Long-term Impacts SGHAT - Forge Solar Why Airports Go SOLAR? FREE and abundant
More information2016 UC Solar Research Symposium
2016 UC Solar Research Symposium Beyond UCR s Sustainable Integrated Grid Initiative: Energy Management Projects in Southern California October 7, 2016 Presented by: Alfredo A. Martinez-Morales, Ph.D.
More informationExample 1MW Solar System for Fosters Yatala
Example 1MW Solar System for Fosters Yatala Document Created by Luke M Hardy lmhardy@smartconsult.com.au Smartcom P/L 31 December 2012 Highlights Luke M Hardy MBA, Grad Cert Carbon Management Key Points
More informationWhy add storage to solar?
Why add storage to solar? Davion Hill, Ph.D. Energy Storage Leader, Americas NAATBatt Executive Board NY-BEST Board of Directors 19 May 2017 1 DNV GL 2015 18 May 2017 SAFER, SMARTER, GREENER Storage added
More informationTitle Goes Here and Can Run Solar Photovoltaic up to 3 lines as shown here Systems as you see
Title Goes Here and Can Run Solar Photovoltaic up to 3 lines as shown here Systems as you see CHAPTER 2 Outline the components of a solar photovoltaic system Describe the operation of a solar photovoltaic
More informationKythnos Island 20 Years Experience of System Technology for Renewable Energies
Kythnos Island 20 Years Experience of System Technology for Renewable Energies New Generation of Modular Hybrid Power Supply Based on AC-Coupling The Power Supply on Kythno The Greek island of Kythnos
More informationTechnical and Economic Assessment of Solar Photovoltaic and Energy Storage Options for Zero Energy Residential Buildings
Technical and Economic Assessment of Solar Photovoltaic and Energy Storage Options Pedro Moura, Diogo Monteiro, André Assunção, Filomeno Vieira, Aníbal de Almeida Presented by Pedro Moura pmoura@isr.uc.pt
More informationVeridian s Perspectives of Distributed Energy Resources
Veridian s Perspectives of Distributed Energy Resources Falguni Shah, M. Eng., P. Eng Acting Vice President, Operations March 09, 2017 Distributed Energy Resources Where we were and where we are planning
More informationPeak power shaving using Vanadium Redox Flow Battery for large scale grid connected Solar PV power system
Peak power shaving using Vanadium Redox Flow Battery for large scale grid connected Solar PV power system Ankur Bhattacharjee*, Tathagata Sarkar, Hiranmay Saha Centre of Excellence for Green Energy and
More informationSolarEdge. StorEdge Solution Applications. Connection and Configuration Guide. For Europe, APAC & South Africa Version 1.1
SolarEdge StorEdge Solution Applications Connection and Configuration Guide For Europe, APAC & South Africa Version 1.1 StorEdge TM Solution Applications Connection and Configuration (Europe, APAC, South
More informationAugust 30, 2018, Sasa Bukvic & Michael Ebel SMA Solar Technology AG
EMERGENCY POWER SUPPLY - WHAT ARE WE REALLY TALK ABOUT? IS IT A FULL HOME BACKUP, OR IS IT SOMETHING ELSE?, Sasa Bukvic & Michael Ebel SMA Solar Technology AG EMERGENCY POWER SUPPLY - WHAT ARE WE REALLY
More informationStorEdge Solar and Energy Storage System Review
StorEdge Solar and Energy Storage System Review About this Review Barry Cinnamon and his team at Cinnamon Solar and Spice Solar have scheduled a series of hands-on reviews of commercially available residential
More informationEffect of DG Installation on Customer Load Shapes
Effect of DG Installation on Customer Load Shapes P R E S E N T E D T O Westar Energy P R E S E N T E D B Y The Brattle Group J u n e 2 3, 2017 Copyright 2017 The Brattle Group, Inc. Characteristics of
More informationSOLAREDGE S STOREDGE SOLUTION
SOLAREDGE S STOREDGE SOLUTION Michael Rush Country Manager Australia & New Zealand Established Global Reach Presence in 13 countries Regional Service Centers 212 direct customers 11,950 installers Systems
More informationTesla Powerpacks enable cost effective Microgrids to accelerate the world s transition to sustainable energy
Tesla Powerpacks enable cost effective Microgrids to accelerate the world s transition to sustainable energy Tony Stocken and Tristan Glenwright Tesla Energy APAC M I S S I O N 2 T I M E L I N E O F I
More informationBattery Energy Storage
MARCH 2018 Battery Energy The power to control the energy Marcus Sousa, Territory Market Manager, Europe Challenges of the future power grid Long-term drivers for energy storage Electricity consumption
More informationIntroduction to solar PV energy
Unidad 15 Introduction to solar PV energy - Dimensioning - Alberto Escudero-Pascual, IT+46 (cc) Creative Commons Share-Alike Non Commercial Attribution 2.5 Sweden The power of the sun - G Global Irradiation
More informationStorEdge TM Solution Applications with the StorEdge Interface and LG Chem Batteries Connection and Configuration (Europe, APAC, South Africa)
StorEdge TM Solution Applications with the StorEdge Interface and LG Chem Batteries Connection and Configuration (Europe, APAC, South Africa) Revision History Version 2.1 (December 2018) Added the requirement
More informationTO BOTTOM-LINE BENEFITS
DISTRIBUTED ENERGY STORAGE: FROM BATTERIES TO BUILDINGS TO BOTTOM-LINE BENEFITS Presented By: Africa Welch-Castle JCFS Program Manager Africa.welch-castle@jcifederal.com 1 Johnson Controls, Inc. AGENDA
More informationNew Trends in Grid Integration of Solar Photovoltaic Energy Systems
New Trends in Grid Integration of Solar Photovoltaic Energy Systems Professor Saifur Rahman Virginia Tech Advanced Research Institute Virginia, USA PVES Workshop Cairo, Egypt 12 July 2015 Virginia Tech
More informationRole of solar PV prosumers in enabling the energy transition towards a fully renewables based power system for India
Role of solar PV prosumers in enabling the energy transition towards a fully renewables based power system for India Manish Ram, Ashish Gulagi and Christian Breyer Lappeenranta University of Technology
More informationThe International Cost Estimating and Analysis Association (ICEAA) Southern California Chapter September 9, 2015
Sustainable Integrated Grid Initiative (SIGI): Technical and Economic Challenges of Integrating Renewable Energy, Electric Vehicle Charging and Battery Energy Storage in a Modern Grid The International
More informationSiemens Hybrid Power Solutions. Technical and Financial Simulation Tools for High Penetration Hybrid Power Systems, Bangkok June 2015
Siemens Hybrid Power Solutions Technical and Financial Simulation Tools for High Penetration Hybrid Power Systems, Bangkok June 2015 Instrumentation, Controls & Electrical Overview 1. Applications 2. High
More informationEnergiespeicher, Bindeglied zwischen Elektromobilität und Netz
Energiespeicher, Bindeglied zwischen Elektromobilität und Netz Karl-Heinz Tönges, MB-E/MS, Vortrag beim XVI. Carrier Meeting, Dresden, Donnerstag den 27. April 2017 ACCUMOTIVE Supplier of Lithium-Ion batteries
More informationGrasshopper Vision. Accelerate the adoption of sustainable practices by creating accessible and affordable products for everyone.
Meeting Objective 1. Who are we? 2. Review Commercial Solar Industry 3. Who are the ideal candidates for solar? 4. Key Site Conditions 5. Typical Upfront and On-going Costs Grasshopper Vision Accelerate
More informationThe StorEdge Solution
The StorEdge Solution Enabling Energy Independence Compatible with The StorEdge Solution Combining SolarEdge's breakthrough PV inverter technology with leading battery storage systems, the StorEdge solution
More informationIntegrating DER. Thomas Bialek, PhD PE Chief Engineer. Smart Grid & Climate Change Summit October 13, 2015
Integrating DER Thomas Bialek, PhD PE Chief Engineer Smart Grid & Climate Change Summit October 13, 2015 Integration of DER Solar & Electric Vehicle Customers SDG&E s Vision Consistent with State Policy
More informationYield Reduction Due to Shading:
x Fronius International NA-E35L5 35 W FRONIUS IG Plus 20 V-3 2 0,0kW x Fronius International NA-E35L5 35 W FRONIUS IG Plus 20 V-3 4 0,0kW 84 x SHARP Corporation x Fronius International NA-E35L5 35 W FRONIUS
More informationPV Grid integration and the need for Demand Side Management (DSM) Mr. Nikolas Philippou FOSS / UCY
PV Grid integration and the need for Demand Side Management (DSM) Mr. Nikolas Philippou FOSS / UCY 2 13/05/2016 Motivation for enabling DSM High PV penetration may lead to stability and reliability problems
More informationBattery technology advancements: Solid state electrolyte
MARITIME Battery technology advancements: Solid state electrolyte Presented at NOx Fund Seminar - Oslo, Norway Dr. Benjamin Gully 06 September 2018 1 DNV GL 06 September 2018 SAFER, SMARTER, GREENER Lithium
More informationThe impact of Electric Vehicles Deployment on Production Cost in a Caribbean Island Country
The impact of Electric Vehicles Deployment on Production Cost in a Caribbean Island Country Emanuele Taibi and Carlos Fernandez del Valle 23 October 2017, Berlin Agenda» Introduction to IRENA» Motivation»
More informationOptimal and Modular Configuration of Wind Integrated Hybrid Power Plants for Off-Grid Systems
Optimal and Modular Configuration of Wind Integrated Hybrid Power Plants for Off-Grid Systems Lennart Petersen, Industrial Ph.D. Fellow Hybrid Solutions Co-Authors: F. Iov (Aalborg University), G. C. Tarnowski,
More informationTodae Solar s 1.22 MWp Rooftop Solar Photovoltaic Installation for Stockland Shellharbour, NSW.
Todae Solar s 1.22 MWp Rooftop Solar Photovoltaic Installation for Stockland Shellharbour, NSW. The Project Highlights Design Requirements and Technical Details Innovation and Best Practice The Project
More informationFlexibility Beyond the hype
Flexibility Beyond the hype A practical approach towards 2025 Martijn Duvoort, Head of Section Market & Policy Development 1 11 June 2016 SAFER, SMARTER, GREENER Global trends in energy, and the role of
More informationMagellan Utility Scale Energy Storage
Magellan Utility Scale Energy Storage MAGELLAN ESU 2 Supplying industry since 1992 Built for harsh environments Rugged industrial design Magellan Power ESU Series of Utility Scale Energy Storage combines
More informationGuidelines for the Design of Residential and Community Level Storage Systems Combined with Photovoltaics (PV)
Guidelines for the Design of Residential and Community Level Storage Systems Combined with Photovoltaics (PV) Stavros Afxentis PV Technology Laboratory Outline Introduction Sizing of Battery Storage Systems
More informationResearch Interests. Power Generation Planning Toward Future Smart Electricity Systems. Social Revolution, Technology Selection and Energy Consumption
Research Interests Power Generation Planning Toward Future Smart Electricity Systems Electricity demand estimation based on bottom-up technology optimization selection Multi-objective optimization of power
More informationSOLAR ENERGY ASSESSMENT REPORT. For 115 kwp. Meteorological Data Source Meteonorm. Date 18 October, Name of Place California.
SOLAR ENERGY ASSESSMENT REPORT For 115 kwp Name of Place California Client abc Capacity 115 kw Meteorological Data Source Meteonorm Email ezysolare@gmail.com Order No. #1410180005 Date 18 October, 2014
More informationIEEE Workshop Microgrids
From Knowledge Generation To Science-based Innovation IEEE Workshop Microgrids A Test Bed in a Laboratory Environment to Validate Islanding and Black Start Solutions for Microgrids Clara Gouveia (cstg@inescporto.pt)
More informationWhy Is My PV Module Rating Larger Than My Inverter Rating?
TECHNICAL BRIEF Why Is My PV Rating Larger Than My Rating? PV module and inverter selection are two of the most important decisions in PV system design. Ensuring that these components will work together
More informationEnergy Savings through Solar Energy for Municipalities
Energy Savings through Solar Energy for Municipalities May 2015 2014 Sunvestment Group www.sunvestmentgroup.com Solar Market Growth U.S. US Capacity and Generation: Solar Source: National Renewable Energy
More informationGlossary. * Credit for glossary starter: Florida Solar Energy Center. August 2015 PV Installer's Course: Glossary 1
ALTERNATING CURRENT (AC): Electric current (flow of electrons) in which the direction of flow is reversed at constant intervals, such as 60 cycles per second. AMORPHOUS SILICON: silicon with no crystal
More informationHybridizing energy storage systems to improve cost-effectiveness and expand service range Dr Haris Patsios
Hybridizing energy storage systems to improve cost-effectiveness and expand service range Dr Haris Patsios haris.patsios@newcastle.ac.uk Hybrid & Integrated Energy Storage - mainstays of a carbon-free
More informationUTILITY-SCALE SOLAR LOAD CONTROL. Richard Perez, ASRC Christy Herig, NREL Ruth Mac Dougall, SMUD Bruce Vincent, SMUD
UTILITY-SCALE SOLAR LOAD CONTROL Richard Perez, ASRC Christy Herig, NREL Ruth Mac Dougall, SMUD Bruce Vincent, SMUD 1. INTRODUCTION The objective of Solar Load Control (SLC) is to maximize the effective
More informationSMA INTEGRATED STORAGE SYSTEM
SMA INTEGRATED STORAGE SYSTEM Easy to Use Efficient Safe and Reliable Intelligent Fast and easy installation No separate battery design required Simple step toward greater independence Reduced initial
More informationRESERVOIR SOLUTIONS. GE Power. Flexible, modular Energy Storage Solutions unlocking value across the electricity network
GE Power RESERVOIR SOLUTIONS Flexible, modular Energy Storage Solutions unlocking value across the electricity network TRENDS DISRUPTING THE POWER SECTOR FROM GENERATION TO T&D DECARBONIZATION DIGITIZATION
More informationSMA FLEXIBLE STORAGE SYSTEM
SMA FLEXIBLE STORAGE SYSTEM Now even more attractive with the German incentive program for storage systems Flexible Future-proof Intelligent Efficient Capability to upgrade almost any existing PV system
More informationAnalysis of Impact of Mass Implementation of DER. Richard Fowler Adam Toth, PE Jeff Mueller, PE
Analysis of Impact of Mass Implementation of DER Richard Fowler Adam Toth, PE Jeff Mueller, PE Topics of Discussion Engineering Considerations Results of Study of High Penetration of Solar DG on Various
More informationStorEdge TM Solution Applications with the StorEdge Interface and LG Chem Batteries Connection and Configuration (Europe, APAC, South Africa)
December 2017 StorEdge TM Solution Applications with the StorEdge Interface and LG Chem Batteries Connection and Configuration (Europe, APAC, South Africa) Revision History Version 2.0 removed Tesla batteries,
More informationPlanning Guidelines SMA SMART HOME The System Solution for Greater Independence
Planning Guidelines SMA SMART HOME The System Solution for Greater Independence SI-HoMan-PL-en-43 Version 4.3 ENGLISH Legal Provisions SMA Solar Technology AG Legal Provisions The information contained
More informationAsia Clean Energy Forum Manila, 15-Jun MiniGrid Stability and RE Integration: Technical Challenges
Asia Clean Energy Forum Manila, 15-Jun-2015 MiniGrid Stability and RE Integration: Technical Challenges José A. Aguado, PhD Professor, University of Malaga (Spain) Grid Expert, Effergy (jaguado@uma.es)
More informationStore your own energy
Store your own energy Transforming our energy system is one of the biggest global challenges of our times. The efficient and economical use of renewable energies is crucial for conserving our environment
More informationDNV GL Energy Transition Outlook 2018 and our services related to electric mobility
DNV GL Energy Transition Outlook 2018 and our services related to electric mobility Jeremy Parkes Business Lead Electric Vehicles 1 DNV GL 2018 10 September 2018 SAFER, SMARTER, GREENER DNV GL a quality
More informationCase study: Grid parity analysis of a PV- BESS hybrid By D Kanetey-Essel and M Moghul, juwi Renewable Energies
Case study: Grid parity analysis of a PV- BESS hybrid By D Kanetey-Essel and M Moghul, juwi Renewable Energies Abstract Using a proprietary technical and economic model for the optimal sizing of a grid-connected
More information14 October 09 Vas Kandiah AOQ SSMBB
14 October 09 Vas Kandiah AOQ SSMBB Content Solar Farm Examples Design concepts Provisioning Process Standards Issues Use of DMAIC Questions Ground Mount Solar Farm (Spain) http://www.kyocerasolar.com/about/installations.html
More informationIndia Smart Grid Week, 2017
India Smart Grid Week, 2017 N. Venu President and Head, Power Grids Division, South Asia, Middle East and Africa ABB 1 Big Shift in Power: Shaping the System of the Future Several global challenges Population
More informationECODESIGN BATTERIES FIRST STAKEHOLDER MEETING DRAFT TASK 3
VITO pictures can be found on: Y:\_Stores\Store02\BeeldData\Foto VITO icons can be found on: Y:\_Stores\Store02\BeeldData\Logo's\ VITO\Iconen ECODESIGN BATTERIES FIRST STAKEHOLDER MEETING DRAFT TASK 3
More informationSMA FLEXIBLE STORAGE SYSTEMS. SMA Solar Technology AG
SMA FLEXIBLE STORAGE SYSTEMS SMA Solar Technology AG SMA FLEXIBLE STORAGE SYSTEM Solar inverter Home Manager Energy Meter Sunny Island Controllable Appliance via Plugwise automation units 2 Sunny Island
More informationOVERSIZING WHITEPAPER
OVERSIZING WHITEPAPER MAXIMUM FREEDOM WHEN OVERSIZING More Flexibility and Higher Profitability for PV Projects With Sunny Central Inverters Oversizing of PV power plants serves to increase the capacity
More informationISES Solar Charging Station
ISES Solar Charging Station Undergraduate Symposium Ze Chen, Tyler Faulkner, Alexa Kearns, Yaqoub Molany, Thomas Penner April 25, 2014 Overview Introduction Problem Formulation Engineering Analysis Proposed
More informationWhere Space Design see the future of renewable energy in the home
Where Space Design see the future of renewable energy in the home Solar Panels Solar panels will be the main source of future household renewables - but they still have a long way to go to be practical
More information7/28/2017. Community Resiliency and Sustainability. David Kang. Vice Chancellor. Infrastructure and Safety PERCEPTION. Photo citation:
Community Resiliency and Sustainability David Kang Vice Chancellor Infrastructure and Safety July 21, 2017 1 PERCEPTION Photo citation: www.bing.com 1 Strategic Initiatives Sustainability Our commitment
More information# 1, Bowes Place, Phillip, ACT 2606, Australia. Phone:
ABN: 75 61 61 71 147 HYBRID SOLAR POWER # 1, Bowes Place, Phillip, ACT 2606, Australia. Phone: 1300 131 989. Email: sales@hybridpowersolar.com.au www.hybridpowersolar.com INDEX WELCOME NOTE Page 3 HOW
More informationCOMPANY INTRODUCTION COMPANY MISSION COMPANY VISION
COMPANY INTRODUCTION Biotech fuels, established in 2012, is an energy Solutions provider operating through Pakistan and Offering services in solar and bio fuels sectors. The organization has worked countrywide,
More informationThe integration of second life EV battery and vehicle-to-grid charging into a micro-grid environment
The integration of second life EV battery and vehicle-to-grid charging into a micro-grid environment by Xander Theron, Nelson Mandela University The global push to reduce the effects of global warming
More informationLarge scale solar power plant in Nordic conditions. Antti Kosonen, Jero Ahola, Christian Breyer, Albert Albó
Large scale solar power plant in Nordic conditions Antti Kosonen, Jero Ahola, Christian Breyer, Albert Albó 25.8.214 Finland Finland: Location: between latitudes of 6 7 Area: 338 435 km 2 Population: 5.4
More informationILF Consulting Engineers
ILF Consulting Engineers Large Scale Photovoltaic/Diesel Hybrid Systems Frank Zimmermann, Dipl.-Ing. MBA Business Development Manager Renewable Energies South-East Asia, Project Manager Photovoltaics frank.zimmermann@ilf.com
More informationOptimal Design of Hybrid Energy System with PV/ Wind Turbine/ Storage: A Case Study
Optimal Design of Hybrid Energy System with PV/ Wind Turbine/ Storage: A Case Study Presenter: Amit Kumar Tamang PhD Student Supervisor: Prof. Weihua Zhaung Smart Grid Research Group at BBCR September
More informationINTELLIGENT DC MICROGRID WITH SMART GRID COMMUNICATIONS: CONTROL STRATEGY CONSIDERATION AND DESIGN
INTELLIGENT DC MICROGRID WITH SMART GRID COMMUNICATIONS: CONTROL STRATEGY CONSIDERATION AND DESIGN Presented by: Amit Kumar Tamang, PhD Student Smart Grid Research Group-BBCR aktamang@uwaterloo.ca 1 Supervisor
More informationElectric Power Engineering, Chalmers
Research @ Electric Power Engineering, Chalmers October 25, 2018 David Steen Division of Electric Power Engineering Chalmers University of Technology Gothenburg, Sweden Agenda Short about EPE, Chalmers
More informationDynamic Modelling of Hybrid System for Efficient Power Transfer under Different Condition
RESEARCH ARTICLE OPEN ACCESS Dynamic Modelling of Hybrid System for Efficient Power Transfer under Different Condition Kiran Kumar Nagda, Prof. R. R. Joshi (Electrical Engineering department, Collage of
More informationSOLAR GRID STABILITY
SMART RENEWABLE HUBS FOR FLEXIBLE GENERATION SOLAR GRID STABILITY Smart Renewable Hubs: Solar hybridisation to facilitate Renewable Energy integration COBRA, IDIE, TECNALIA, CESI, HEDNO, NTUA 7 th Solar
More informationRenewable Energy Catalogue
2016 Renewable Energy Catalogue www.elliesrenewable.co.za About us... Since inception in 1979, our focus at Ellies has always been on providing quality products and exceptional service to you, the customer.
More information- Solar PV systems and integration - GIZ - All rights reserved
- Solar PV systems and integration - 1 Content Part 2 1. Single line diagrams of Solar PV systems 2. Integration of Solar PV components 3. Understanding batteries Realisation 4. Different Solar PV systems
More informationRESILIENT SOLAR CASE STUDY: SUNY New Paltz NYPA Integrated Grid Pilot
PROJECTS UNDER DEVELOPMENT PROJECT SNAPSHOTS Location: SUNY New Paltz, NYS System Owners: Direct Purchase SUNY New Paltz Campus Project Goal: Resilience, energy savings, grid services, and research System
More informationApplications of flow batteries in Africa
Bushveld Energy Applications of flow batteries in Africa Presentation document 20 June 2018 www.bushveldenergy.com Bushveld is an integrated vanadium-based platform which spans from extraction to manufacturing
More informationOPTIMIZING THE ACQUISITION AND OPERATION OF DISTRIBUTED GENERATION SYSTEMS
OPTIMIZING THE ACQUISITION AND OPERATION OF DISTRIBUTED GENERATION SYSTEMS Kris Pruitt, PhD Candidate, USAF Dr. Alexandra Newman, Division of Economics and Business Dr. Robert Braun, Division of Engineering
More informatione-harbours WP 3.5 Application of Smart Energy Networks Technical and Economic Analysis Summary results of showcase Zaanstad, case study REloadIT
e-harbours WP 3.5 Application of Smart Energy Networks Technical and Economic Analysis Summary results of showcase Zaanstad, case study REloadIT Author: Municipality of Zaanstad 1.1 Introduction The e-harbours
More information2012 DFW Solar Home Tour October 6, 2012 Reference Solar PV
October 6, 2012 Reference Bill Neukranz bneukranz@verizon.net 972-516-0909 10/6/12 Bill Neukranz - 2012 1 The Basics Grid Tied, No Batteries Power grid Solar panels Electric meter AC loads DC to AC Converter
More informationEnvisioning Future Energy Technologies Aaron Melda Tennessee Valley Authority
Envisioning Future Energy Technologies Aaron Melda Tennessee Valley Authority Where We Are Today GWh 200,000 Energy Forecast Plan CAGR FY11 Budget 1.4% 180,000 FY15 Budget 0.9% 160,000 FY17 Budget 0.3%
More informationThere are several technological options to fulfill the storage requirements. We cannot use capacitors because of their very poor energy density.
ET3034TUx - 7.5.1 - Batteries 1 - Introduction Welcome back. In this block I shall discuss a vital component of not only PV systems but also renewable energy systems in general. As we discussed in the
More information