29 november - 01 december 2016€¦ · agricultural revolution industrial revolution information...
TRANSCRIPT
seasia.solarenergyevents.com29 NOVEMBER - 01 DECEMBER 2016
IMPACT Arena - Bangkok, Thailand
#SORSEA #SFIAsia
How to Build Smart PV Plant
The inevitable trend of energy internet
The challenges threat your investment
PV plant should be smart
FusionSolar
Page 3 HUAWEI TECHNOLOGIES CO., LTD.
5000 year ago
Agricultural Revolution Industrial Revolution Information Revolution Intelligence Revolution
1780s 1990s Today
App1App2 App3
……
User
Behavior
Insight
Data
Minin
g
All things, Sensing All things, Connected All things, Intelligent
5000 years ago
Agricultural Revolution Industrial Revolution Information Revolution Intelligence Revolution
1780s 1990s Today
Cloud Computing, Big Data & AI Lead to An Intelligent World
Page 4 HUAWEI TECHNOLOGIES CO., LTD.
Energy Industry Today
Generation ConsumptionTransmission
CCHP
Residential
Industrial
Fossil-fuel
Solar
Wind
Electric Vehicles
Solar Power Control Center
Wind Power Control Center
Fossil-fuel Control Center
×
Pipe for CCHP
Power
Control Center
• Very small renewable energy contribution
• Isolated Control panels• Dis-connection of Information • Low level electrified
consumption
• Energy trading not
activated
• Fluctuant
• Intermittent
Page 5 HUAWEI TECHNOLOGIES CO., LTD.
• LCOE reduction in solar/wind
• Grid-friendly, less fluctuations
• More distributed generation
Clean Energy
Increasing
• Integration of sensors or communicating module
• Coverage of communication signals
Devices
Smart
• Electrification of residential energy consumption
• The replacement of fuel cars by electrical cars
• Electrification of industrial energy consumption
Energy
Consumption
Shifting
• Flexible trades between multi buyers & sellers
• The new upsurge of energy conservation service Energy Trade
Innovation
Multi Energy Management and Coordination
according to the consumption requirementCloud
Data Sharing
21
43
5
Road to Energy Internet
Page 6 HUAWEI TECHNOLOGIES CO., LTD.
Substation
SACU
Grid
Smart
Meter
GridCloudAll things,
Intelligent
PipeAll things,
Connected
DeviceAll things,
Sensing
PLC
PV WindStorage Thermal
Heat exchanger
PLC
Residence Enterprise Factory
Distribution
Power Generation
Cloud and big data analysis platform
Wireless connect all things
Automatic /
self-adaption/
Self adjustment
system
Interconnection & Cloud Share
Smart infrastructure of solar/wind
Power Consumption
Smart EV power
Smart home energy management
EV
charger
Overview of Huawei FusionEnergy
Page 7
Lean management is required for large PV plant
Global PV plant installed capacity in 2016 increased 17% to 67 GW
By 2015, the global PV plants installations accumulate to 227GW
Stock management becomes important works the by operators
Large Scale Solar PV plantis developing rapidly
15.9GW
26.5GW
26.5GW
Data- more accurate, size smaller, more types
Inverter
String current3%
String levelcurrent-
voltage ,0.5% accuracy
Solar Module
Inverter running state, general alarm;string running state;Power generation, environmental data
Solar Modulehealth data
PV plant and key nodes of PR;O&M Data;Asset Information
Data granularity development
Data types and amount
1
2
3
4
1
2
3
Source: HIS Global Inverter Shipment & Prediction
19.528.3
43.522.5
32
26.5
2014 2015 2018E
Central String
Shattered glass Cell cracksHot spotsPID effects Bracing Corrosion More
“Unknown” Panel Faults Significantly Increase Investment Risks
? ??
TÜV : An investigation indicates among 12GW
plants, 30% (3.6GW) has severe defects
Source: Connecting PV Module Quality to Field Degradation, SOLARBUYER
Challenge
Challenges from Traditional PV Solution
DC
AC
Communication
Communication
Management
Monitoring and
ManagementDC Combiner Box Central Inverter
RS485Fiber ring
network
No string-level detection,
low accuracy
Vulnerable parts used
Forced cooling required
Ventilation equipment
consumes electricity
Extra cabling time and cost
Long fault positioning time
and recovery time
Transformer Grid
No centralized management
of plants in varied locations
Lack of string-level monitoring
& management
Low Reliability Low Yield & Power Lost Inefficient O&M & High O&M Cost
Challenge
FusionSolar
PV Plant Should be Smart
Higher yields
Full Digitalization
Smart and Auto Operation & Maintenance
Safe and reliable
Simple O&M
50% higher efficiency
Equivalent
CAPEXHigher IRR
Higher Yields
3% UP
Safe & Reliable
25 Years’ Reliability
41 Million THB more for
10MWp PV Plant in 25 years
OPEX Saving in 25 Years
>2.3 Million THB Higher Returns, More IRR >99.9% Availability Rate
Smart PV Solution VS Traditional Solution
• Hard to locate fault in the fiber ring network
DC
CombinerInverter &
Inverter Room
Traditional
• Lots of fuse and other vulnerable parts
• Container protection and air cooling
• String monitoring at accuracy 3%
• 1~2 MPPT / MW
• Only Rough Monitoring
• RS485 cable • Fiber
22pcs modules /
string
Power & Data FlowPV Yield &
Data Collection
Data Analysis &
Operation Management
Cloud
• Data storage, management and analysis of
GW-size plants with Fusion cloud platform
• Smart IV Curve Diagnosis
FusionSolar
• PLC transmission( Hisilicon Chipset)
• String monitoring at accuracy 0.5%
• 192 MPPT / 2MW
• IP65 , natural cooling
Smart PV Controller
PLC
4G LTE
24pcs modules /
string
Digital
Datalogger
DC
combiner
RS485
TX Grid
Inverter
Container
PLC
SmartLogger
Supports Innovative PLC Communication, Save cost.
Requires RS485 cable and relevant labor cost
Digital
No RS485 Cable.
Page 15 HUAWEI TECHNOLOGIES CO., LTD.
String Level Detection
String level fine managementCentralized management for large scale PV plants
Early Prevention
Key components lifetime alarm String fault prevention reminder
Early Discovery
Real time monitoring on inverter performance
Automatic alarms sent to mobile phone
Early Recovery
Automatic string fault locating Fault causes recorded by inverter, assisting on
positioning
O&M platform based on cloud computing
turning O&M smarter, easier & Faster
Neteco1000s Management System
Auto
O&M
Page 16
FusionSolar Increase Power Generation by over 3%
Central Huawei Smart PV Inverter
192MPPTs / 2MW, Reducing mismatch
increase power generation by 1.2%-2.0%
1
Euro Efficiency 98.6%: 0.5%~0.8 %
2
Lower self-consumption: 0.7%-1.0%
3
Less impact when fail, quick recovery: 0.6-1.0%4
+3%
41,393,928 THB more for 10MWp PV
Plant in 25 years
Higher
Yields
Page 17
PR Solar Plant Place Size Inverter
84.5% Khao Yoi Thailand 20MW 28KTL
85.1% Kuibri Thailand 10MW 28KTL
87% IKEA Malaysia 1MW 33KTL
86.3% Talarc City Philippine
s
17MW 33KTL
86.84% Coombeshead UK 10MW 20KTL
85.08% Llwyndu UK 8MW 20KTL
86.91% Sengkofen DE 2MW 20KTL
87.49% Osternienburg DE 10MW 28KTL
85.3% Nakskov Denmark 4.2MW 20KTL
86.9% Reden DE 7.8MW 20KTL
90.4% Reinstedt DE 4MW 20KTL
On-site PR Collection From NA Partners PR
PR in Southeast and EU Sites, Average 3% HigherHigher
Yields
Page 18
0.3% Inv Failure Rate
Smart PV Plant
2% Inv Failure Rate
Traditional PV Plant
Inverter Maintenance Cost
Fan Maintenance Cost
0.97Million
5.8 Million
Inverter Related O&M Cost in 25Years in a 100MW PV Plant
17.5 Million
10% Failure Rate
Traditional PV Plant
OPEX Saving in 25 Years >23.3 Million THB Higher
YieldsSmart
O&M
Smart IV Curve Diagnosis, Precisely Manage Utility Scale PV Plant
Traditional Testing
MethodSmart PV Testing Method
Inspection Volume 1% Casual Inspection Full Inspection
Time Taken 2~3 days / 10 MW On Line
Engineers Required 2~3 People On-site Free, On Line
Report Issuing Afterwards diagnosis report analysis Automatic diagnosis report generation
Smart
O&M
Stings with current
mismatch caused by
using a mixture of
modules or dust, PID,
0
2
4
6
8
10
0 100 200 300 400 500 600 700 800
Normal Curve Curve with Shade
Strings with
shade on
panels
Different panel failure would have different IV curve patterns, causes of failure could be determined when an analyzed
specific IV curve matched with an existing pattern.
0
2
4
6
8
10
0 100 200 300 400 500 600 700 800
Normal Curve
Curve with Current Mismatch
Smart IV Curve Diagnosis PrincipleSmart
O&M
Open circuit of string
Current mismatch in string
Abnormal module current output (shadow, Glass breakage, hidden cracks)
Extreme-low current output by module/cell ( panel cover up / cell damage)
Diode break-over fault ( diode short circuit / Bracing breakage)
Low string voltage
String with minor current mismatch
Panel with hidden cell cracks
String with high resistance
Low string short circuit current
High decay speed of string
No string connected
Incorrect string configuration
Invalid string
Invalid scanning
No string output
Risk of PID
Smart diagnosis can accurately detect total 21 panel failure types, 17 categories.
Failure types can be detected by Smart Diagnosis
0.5% Sensor Accuracy
14 string related faults have all been
verified by TUV
TUV Verification
Smart
O&M
Page 22 HUAWEI TECHNOLOGIES CO., LTD.
HUAWEI’s Reliability Test Standards are Above Industry Level
Global
Compliance
Testing Center
Global
Compliance
Testing Center
Low Temperature
Performance Test
Leaf, Dust Cover Salt-fog TestHeat Dissipation
Performance Test
Rocket triggered Lightning at
Guangdong
ReliableReliableSafe &
High Salt-mist Resistance & Reliability by Full-sealed Design
• 60-day lab tests against salt-mist
• Over 3-year field test at seaside
• Wide applications of seaside/fishery PV
plants in Japan, Thailand, China, etc.
IP65, full-sealed design
high reliability in high humid & salt-mist area
VS
2MW, Okinawa, Japan - Seaside 100MW, Huzhou, China – Water
≤ IP54, power modules exposed to
humid & salt-mist environment,
higher failure rate & shorter lifetime.
ReliableReliableSafe &
Smart PV, Excellent in Dusty Area Approved by TUV
SUN2000Installed
VolumeMW COD
Running
days
Annual
failure rateAvailability
Station phase II 200 sets 4 17th Dec 2013 963 days 0.189% 99.998%
Station phase III 4939 sets 130 27th Dec 2014 583 days 0.252% 99.996%
Station phase IV 1790 sets 60 11th Jan 2016 207 days 0.390% 99.996%
Station phase V 700 sets 30 1st Jun 2016 Commissioning Period during this Assessment
220MW, Golmud, China
Fans Failure Fire in Apr. 2016
VS
Traditional PV plant in Northwest China
38 central inverters from Jan to May, 2016
• Failures: 8 times (7 fan failures, 1fire)
• Failure rate: 21%
• Availability: 99.3%~99.72%
≤IP54, dust/sand detention
leads to high failure rate
ReliableReliableSafe &
Page 25 HUAWEI TECHNOLOGIES CO., LTD.
Integrated Portfolio Development (IPD), a Proactive Approach to
Ensure Reliability
Concept Plan Design Test Release Life CycleRequirement Product
Customer
Demand
Customer
Satisfaction
Till Q3, 2016, over 500,000 inverters have been installed and connected to grid, failure rate is only 0.35%,
much lower than the average.
ReliableSafe &
FusionSolar
Huawei Smart PV Achievement
No.1 Inverter Shipment in 2015 in the world
Almost all of the biggest PV plants are using Huawei Smart PV solution
Source: IHS
5,500
15,000
25,500
4,000
10,500
20,000
2014 2015 2016E
Global Order Global Shipment
19GW Global Order, 13GW Global Shipment in Q1~Q3, 2016
19.528.3
43.5
22.5
32
26.5
2014 2015 2018E
GW
CentralString
IHS: Global Inverter Shipment & Prediction
Page 28 HUAWEI TECHNOLOGIES CO., LTD.
The Largest Smart PV Plant Worldwide, 1GW,
Yanchi, Ningxia, China
Page 29 HUAWEI TECHNOLOGIES CO., LTD.
700MW, The Largest Tracking System Smart PV Plant
Ningxia, China
Page 34 HUAWEI TECHNOLOGIES CO., LTD.
Copyright© 2015 Huawei Technologies Co., Ltd. All Rights Reserved.
The information in this document may contain predictive statements including, without limitation, statements regarding the future financial and operating results, future product portfolio, new technology, etc. There are a number of factors that
could cause actual results and developments to differ materially from those expressed or implied in the predictive statements. Therefore, such information is provided for reference purpose only and constitutes neither an offer nor an acceptance.
Huawei may change the information at any time without notice.
Smart
O&M
Always Available for Highest Yields
ReliableSafeHigher
Yields