microgrids, energy storage and renewable integration · microgrids, energy storage and renewable...
TRANSCRIPT
EVENVAASA WIND EXHANGE & SOLAR, MARCH 2018
Microgrids, Energy Storage and renewable integration Matti Vaattovaara
Global installed capacity more than double by 2040 Renewable energy
maaliskuu 29, 2018 Slide 2
Wind and solar amount to 50% of total renewables in 2040
Source: McKinsey 2011, UNEP 2009, EIU 2012 1 Share of total power capacity 2 Other include bioenergy, geothermal, CSP and marine
Europe & North America (OEDC)
China
Japan 771 GW
768 GW
100 GW
Southeast Asia
109 GW
India
334 GW
M. East & Africa
320 GW
Latin America
186 GW
IEA New policies scenario Hydro Wind Solar PV Other renewables
0
1 000
2 000
3 000
4 000
5 000
20% 10%
64%
GW
2040
27%
6%
2014
7%
2025
17%
48%
21%
10%
40%
29%
Wind Hydro Other Solar PV
1.825 GW 30%1
3.148 GW 38%1
4.675 GW 43%1
Net capacity additions 2014-2040
2
Transition from a centralized to a distributed grid Energy and grid transformation
maaliskuu 29, 2018 Slide 3
Traditional grid New grid
More local than centralized, consider also loads as a resource for the control
Modern, localized, small-scale grids What is a Microgrid?
maaliskuu 29, 2018 Slide 4
Power grid Power grids are larger
conventional and spread out grids with high voltage
power transmission capabilities
Microgrid technology can be applied to weak grids making
the network more robust
Microgrid Distributed energy resources
and loads that can be operated in a controlled, coordinated way either
connected to the main power grid or in islanded1 mode
Microgrids are low or medium voltage grids without power
transmission capabilities and are typically not geographically
spread out
Nanogrid
Low voltage grids that typically serve a single
building
1 – Ability to provide power independently, without relying on power grid
Access to power in remote locations, power quality plus lower cost and environmental impact Hybrid or Islanded Microgrid
maaliskuu 29, 2018 Slide 5 CHP: Combined Heat and Power
Solar
Conventional CHP
Wind
Battery Storage
Industrial
Residential
Stabilization
Grid resiliency, power quality, self consumption and lower environmental impact
Grid connected Microgrid
maaliskuu 29, 2018 Slide 6 PCC: Point of Common Coupling, CHP: Combined Heat and Power
Industrial
Wind Solar
Battery Storage
Stabilization
Hydro
Residential
CHP* Conventional
Connection to Power Grid
PCC*
Managing power fluctuations from renewables Driver: Uninterrupted power supply
maaliskuu 29, 2018
ROI: Return of Investment
Slide 7
Solar power variations Wind power variations
Inherent volatility of renewables can compromise grid stability Grid stability requirements are traditionally fulfilled by diesel generation (base load) Optimized microgrid solution maximizes ROI* and fuel savings
51.0
50.5
50.0
49.5
49.0
10000
5000
0 16:10:00
Wed 30-Jul-08 19:56:40
Thu 31-Jul-08 23:43:20
Fri 01-Aug-08
Hz
Time [days]
Power [kW] 6000
5000
4000
3000
2000
1000
0 4 5 6 7 8 9 10
Time [hours]
Power [kW]
maaliskuu 29, 2018 Slide 8
• Frequency control
• Voltage control
• Balance demand and production o pro
• Optimize production by forecasting loads and renewable proddution
• Avoid fossils or reduce consumption by optimized us
Microgrid tasks
Solar PV power plant
Wind power plant
Remote asset management
and data analytics
Advanced power distribution and
protection Conventional
power
Grid connection
Modular scalable energy storage and grid
stabilization
Commercial loads
Industrial loads
Distributed control system Residential
loads
Islanded mode: ability to provide power independently from the main power grid
Generation at the point of consumption and always available Microgrid
“Plug and play” solution, easily configurable to adapt your unique needs PowerStore™ Energy storage & controller for microgrids
maaliskuu 29, 2018 Slide 9
Lithium Ion Batteries Battery module, Racks, and Battery Management System (BMS) Interface • Easy maintenance • Online replaceable • Hot-swappable
Climate Control Maintaining temperature inside the container within an acceptable operating limit at all times
PCS100 PowerStore™ Conversion System • Scalable • Modular • Grid Forming • Virtual Generator
Built-in PowerStore™ Automation Dedicated Microgrid plus control system delivered pre-programed to meet the application needs
Remote Monitoring Comprehensive solutions for unattended sites to increase productivity. • Key Performance Indicators • Real-time & historical data
trends • Configurable data sampling
rate • Support predictive,
preventive and corrective maintenance
Health Safety and Environment (HSE) Ensure heath and safety appropriateness for all individual components and entire system of PowerStore™
Control battery, generation assets and controllable loads to control and optimize the system Automation
maaliskuu 29, 2018 Slide 10
Microgrid Control System
Monitoring
Diesel generators
Solar power
Point of Common Coupling (PCC)
PowerStore™
Wind
Commercial loads
Industrial loads
Battery Energy Storage System (BESS)
Need to handle fast and slow variations Automation for various needs
maaliskuu 29, 2018 Slide 11
Seamless transition from grid connection to islanded mode Meet the challenges for robust power supply in isolation from national grid infrastructure and gain control of your power needs on ‘local’ level
Quality and reliability of electricity Stabilizes an electricity network by rapidly absorbing power surges or by injecting power to make up for short-term decline, in order to maintain high quality
Enabling increased renewable utilization Acts as “Virtual Generator” and can form the grid, handling up to 100% renewable energy.
Islanding and synchronization Grid Stabilization Load levelling
Efficient asset management Remote operation & maintenance
maaliskuu 29, 2018 Edge Computing is enabling analytics and knowledge generation to occur at the source of the data.(i.e. at Powerstore Container Level) Slide 12
– Typically unmanned sites – Technically demanding, need support – Cloud based solutions – Cyber security compliance
Need for efficiency and competence
Global References ABB Microgrids
maaliskuu 29, 2018 Slide 13 Reliable power wherever and whenever it is needed with PowerStoreTM
Kodiak Island
Chugach Hybrid Storage
La Gomera Island
Marsabit Wind Farm ICRC Logistics Center
Longmeadow
Shin Hidaka PV Plant Shin Chitose Kashiwadai PV Plant
Marble Bar
Faial Island
Coral Bay AusNet Services
Nullagine
University of Chester
Web Aruba N.V.
Kodiak Island, PowerStore/Wind/Hydro/Diesel à 99% renewable
Island Utilities
maaliskuu 29, 2018 Slide 14
Two PowerStore Flywheels act in parallel in order to deliver optimal grid stabilization on Kodiak Island
– Project name: Kodiak Island – Location: Alaska, United States of America – Customer: Kodiak Electric Association (KEA) – Completion date: 2015
The resulting Microgrid system consists of: – PowerStore Flywheel (2 MW/ 33 MWs) – Wind (6 x 1.5 MW) – Hydro (3 x 11 MW) – Diesel (1 x 17.6 MW, 1 x 9 MW, 1 x 3.6 MW, 1 x 0.76 MW)
– Stabilizing - frequency regulation – Provide frequency support for a new crane – Help to manage the intermittencies from a 9 MW wind farm – Reduced reliance on diesel generators
Press Release
Video Infographic
About the Project
Solution
Customer Benefits
maaliskuu 29, 2018 Slide 15
Marble Bar, PowerStore/PV/Diesel
Remote Communities
maaliskuu 29, 2018 Slide 16
Marble bar and Nullagine are the world’s first high penetration, solar photovoltaic diesel power stations
– Project name: Marble Bar – Location: Western Australia, Australia – Customer: Horizon Power, Government of WA – Completion date: 2010
The resulting Microgrid system consists of: – PowerStore Flywheel (500 kW/ 16.5 MWs) – Microgrid Plus Control System – Solar PV (1 x 300 kWp) – Diesel (4 x 320 kW)
– Minimize diesel consumption - 405,000 liters of fuel saved annually
– Minimum environmental impact - 1,100 tons CO2 avoided annually
– Reliable and stable power supply – 60% of the day time electricity demand is generated by the PV
plant
Press Release Video
About the Project
Solution
Customer Benefits
DeGrussa Mine, PV/Diesel/Storage Integration of renewables in a mining site
maaliskuu 29, 2018 Slide 17
PV/diesel Microgrid with PowerStore grid-stabilizing technology and Microgrid Plus System
The resulting Microgrid system consists of: – PowerStore Battery (2x2 MW/1.8 MWh) – Microgrid Plus Control System – Solar PV (10.6 MWp) – Diesel (22 MW)
ABB solution
Expected diesel fuel saving: 5 million liters per year, a 20% reduction Expected CO2 reduction: 12,000 tons
Customer benefits
The new hybrid solar facility is the largest integrated off-grid solar and battery storage plant in Australia
About the project
Project name DeGrussa Copper-Gold Mine
Country Western Australia, Australia
Customer Juwi Renewable Energy
Completion date 2016
Red Cross Logistics Center (Kenya), PV/diesel/Storage and grid Reliable power in presence of a weak grid
maaliskuu 29, 2018 Slide 18
1 [ ]
Supply, installation and commissioning supervision of a PowerStore-battery.
The resulting Microgrid system consists of: – PowerStore Battery (150 kW/100kWh) – Microgrid Plus Control System – Solar PV (1 x 30 kWp) – Diesel (1 x 150 kW)
ABB solution
Reliable and stable power supply despite outages and power quality issues.
Reduced fuel costs and carbon footprint
Customer benefits1
“Reliable power is essential for our staff to continue their life-saving work uninterrupted in the field. (…) the ABB microgrid solution is in line with the ICRC’s goal to use environmentally friendly technologies. Solutions like this are proof that cooperation between the corporate and humanitarian sectors is not only possible, but imperative”
Peter Maurer, ICRC President
About the project
Project name Red Cross Logistics Center
Location Nairobi, Kenya
Customer International Committee of the Red Cross
Completion date 2017
Global market size, growth and forecast Microgrid Market
maaliskuu 29, 2018
1- Source - MARKETANDMARKET 2, 3- Source - Navigant Research 4- Source - Transparency market research 5- Technavio
Slide 19
Global market for energy storage in microgrids is expected to grow CAGR of more than 27% by 20195
Microgrid market is expected to reach $ 38.99 Billion by 2022, at a CAGR of 12.45%1
Global Microgrid capacity is expected to grow from 1.4 GW in 2015 to 7.6 GW in 20242
Microgrid market to expand at an extraordinary 20.70 % CAGR owing to Development of Renewable Energy Technologies4
More than 400 individual projects are currently in operation or under development worldwide3
Global outlook of the Microgrid market by various analysts