儲能(含蓄電與蓄熱)教學聯盟中心計畫 實習廠商介紹 networks , network safety...
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儲能(含蓄電與蓄熱)教學聯盟中心計畫
實習廠商介紹
中興電工機械股份有限公司
中興電工機械股份有限公司
主要產品
燃料電池發電機、甲醇重組產氫機、電力轉換。
實習內容(含部門名稱)
氫能事業處
重組器組裝及測試
實習首日進行安全教育訓練課程
實習地點:桃園市龜山區文德路25號
實習期間:暑期7月~9月
需求人力:1-3人
對象(專長或條件):大三以上學生
中興電工機械股份有限公司
有工讀金。有相關保險。有提供交通車。
無交通補助。無提供住宿或補助。
申請實習資料:
大學以上學歷-歷年成績單掃描檔
自我推薦函(包含個人SWOT分析說明與實習動機)
-由儲能中心計畫提供格式。
面試(或口試)資料:
大學以上學歷-歷年成績單
履歷表、自傳
錄取(或報到)資料:依公司通知。
中興電工機械股份有限公司廠商簡介
• Established in 1956
• Group Capital – USD 140 Million
• Group Revenue: USD 330M/Year
• Power Equipment, Engineering and
Energy Management
2
Energy Management
• TSE: Code 1513, Listed since 1994
• Headquarter: Linkou, Taiwan
• ISO 9001/9001/14001/AS 9100
Utility Company
Pow
er E
ngin
eerin
g
Transmitting
Transforming Generating
Advanced Products
System Design &
Integration
Energ
y M
anagem
ent
Power System Total Solution
Smart Grid
Pow
er E
ngin
eerin
g
Distributing
Integration
Maintenance &
Replacement
Energ
y M
anagem
ent
Fuel Cell + Micro Grid
3
Micro Grid
Manufacturing
GIS
CHEM Business Platform
� TW:Continue leading market
through technology and price
advantage
� China:perform Standardization
and modularization to improve
competitiveness
� Overseas:Target India, Turkey
markets etc through technology
transfer and joint venture
� Position as Micro-Grid SI: Through self-
development of converter, EMS, and other key
technologies combined with distributed
generation to construct Micro-Grid system
� Green Energy Fuel Cell: Completed fuel cell product development includes PEMFC sub-system , extends BPS, stationary power generation, and Mutli-MW Distributed Generation Business.
� Energy reduction: Expand sEAC, analyze COP value to estimate energy efficiency.
� China:Strengthen ties with AMAT; enter into LCD/ semiconductor, aviation, and car component and other precision machining; and move towards Contract Manufacturing
� TW:(1) promote transformation and
upgrade plan, (2) Secure precision
machining defense & aviation contracts,
(3) Develop high speed precision
machining center
4
• Engine carbon deposit degrades the performance and leads to worse pollution problems.
• Engine carbon removal is proven to effectively improve engine performance and significant fuel saving.
• ME2H generates abundant hydrogen with minimal requirement to optimize the carbon removal process.
ME2H Treatment for every
15000 km or per year
Fuel
consumption
Emissions
Carbon
monoxide
Nitrogen
oxides
Treatment
date
License
plate No.
Vehicle
(brand/
model)
Year of
MFD
Travel
distance
(km)
CO NOx
Before Treatment 8.52km/L 5,010ppm 72ppm
2016.1.6 8851-PMToyota/
KF3WPD2000 96,734
Before Treatment 8.52km/L 5,010ppm 72ppm
After Treatment 10km/L 8ppm 10ppm
Efficiency (%) 14.8% 99.8% 86.1%
2016.1.19 ALL-8592Toyota/
ALTIS2011 76,100
Before Treatment 8.35km/L 7,353ppm 155ppm
After Treatment 9.45km/L 123ppm 2ppm
Efficiency (%) 11.6% 98.3% 98.7%
2016.1. 29 6N-1160Toyota/
Corolla2001 212,691
Before Treatment 13.6km/L 2,400ppm 57ppm
After Treatment 14.5km/L 526ppm 1ppm
Efficiency (%) 6.2% 78.1% 98.3%
* Carbon particulate of PM2.5 can be reduced about 50%..
12.8 billion MTCO2 emission
Worldwide2 billion vehicles
H2
Driving distance (km/yr) 25,000
Fuel saving after hydrogen cleaning (%) 5%
Carbon emission factor (kgCO 2 /km) 0.26
Carbon emission reduction per vehicle (MT/yr) 0.32
= 170 x
550 MW
2 billion vehicles
637 million MT/YCO2 reduction
Source: Green Transportation Information Platform, EPA of Taiwanhttp://news.u-car.com.tw/23474.html
Worldwide
22.8 million MT boiler installed
H2
51.2 billion MTCO2 emission
Boiler Capacity (ton) 22,857,000
Operation hours per year (hr) 2,000
Carbon emission factor (kgCO 2/L) 2.95
= 680 x
550 MW
2,548 million MT/YCO2 reduction
Source: Boiler Air Pollutants Emission Standard, MEP of PRC
The Study of Energy Saving and Reducing CO2 Emission by Applying Hydrogen-Oxygen in Boiler, Wen-chang Lin, Ying-fang Huang
Commercial Commissioning Worldwide!
20152015
CHEM acquired
H2PT (former
IdaTech)
CHEM Fuel Cell Core Technologies
CHEM as licensee of
NowNowCHEM acquired
Ballard’s BPS
business
Established
production lines
in Taiwan20132013
20142014
2014201420152015
20062006
A decade developing
core reforming
technology and fuel
cell system
CHEM ME reforming
series of systems and
Licensor of technology –
400+ and pending Patent
portfolio
11
CHEM as licensee of
reforming and fuel cell
system technology from
IdaTech
Best BPS for Remote Sites with No Stable Electricit y Supply
Telecom Application:Land-in & Mobile Network, WiMax, Datacom, Secure Networks, Network Safety (TETRA), such as Police Station, Military, Emergency Center, Bank, & Airport …etc.
#1 Choice in
Public Infrastructure:Water, Gas, Substation,Remote Control Center
Fuel Cell Application
#1 Choice inBackup Power Solution for
Infrastructure Development and Telecom Use
Railway:Signal, GSMR
Broadcast & Media:TV, Broadcast Station
Highway infrastructure:Traffic,VMS, Tunnel emergency telephone,CCTV
12
Telecom station
Telecom Availability Relies on Reliable Power Supply
Regional disasters often leads to
constant power outage.13
13
•Commercially proven
•Industry leading technology
High Reliability
•Extended duration runtime
•Remote monitoring
•Flexible fueling
Autonomous Solution
Reduced Operating Costs
•Minimal maintenance
•Longer lifecycle – less frequent replacement
•Not subject to pilferage issues
•Up to 20% more efficient than alternatives
Reduced Operating Costs
•> 95% reduction in CO, NOx and Sox
•> 50% reduction in CO2
•Zero particulate matter
Environmentally Friendly
•Light weight, small footprint
•Quiet - no vibrations
•Low emissions
Flexible Siting
Next Generation Reformer-Based Backup Power Fuel Cell System
1.7
m
Product Configurations
• 2.5 kW or 5 kW
• 24 Vdc or - 48 Vdc
• Standard (-5C to 46C) or Cold (-40C to 46C)
• Fuel: HydroPlus (Methanol-Water liquid fuel)
• CE and ANSI/CSA FC-1 certified
0.9m
(1.1m with fan
covers)
1.3 m
< 300 kg
Run Time Load
40 hours 5 kW
100 hours 2 kW
140 hours 1 kW
Key Features
• Integrated fuel cell (PEM) + reformer system
• 225 liter tank (up to 40 hrs autonomy @ 5kW)
• Weight < 300 kg (dry)
• 2 x 2.5 kW stack design (alternate usage,
redundancy)
• Customer user interface keypad with LCD
display for set-up and diagnostics (no PC
required)
• Dry contacts (8) + SNMP interface
Fuel Processing
Fuel Cell Stacks (2)
DC/DC Power Converters (2)
User InterfaceDisplay & Keypad
Breaker Panel
ExhaustLifting Hooks
Fuel Storage225 liters (59 gallons)
Fuel Processing Module Hydrogen Generator
Converters (2)
Customer Connection Panel
Fuel Fill PortFuel Gauge
Aluminum Enclosure
16
Exhaust
Fuel Filling Port Opening Door
Conduit for Power & communication
Cables
Valve for Auxiliary fuel tank225 litre fuel tank (HDPE)
Air filter
IP45 rated Aluminum cabinet
Fuel cell
Power
Generator
Fuel
Processor
Fuel Tank & Fuel
Delivery
17
Reformer Exhaust
Methanol Reformer
Fuel delivery pump &
manifold
Hydrogen Buffer Tank
User Interface Panel
Fuel Cell Stack
DC-DC ConverterDC Shunt Resistor
Fuel Fill Point
DC Output
Cooling fan
Air filter Buffer tank manifold
Fuel Level Sensor
System Breakers
55.4 V
54.0 V
50.8 V
48.0 V
SMPS Voltage
Standard VRLA Float/Start Voltage
Fuel Cell Start Voltage
18
45.0 V
44.0 V
36.0 V
Heater shut off (won’t re-enable until voltage rises > 50 V)
System Fault: low output voltage
System Off (BOP & PCBAs stop working)
SCADA website – Device list
Device list - Chart
The Chart shows the important Operational information and data.
The graphite chart help User assess current condition of system.
19
Based on 400+ IP Portfolio
ISO 9001:2008 certified
TUV certified standards
•CE,
•ANSI/CSA FC-1,
•Telcordia GR-63-CORE
ME2Power System Product Line - TW
24
•Telcordia GR-63-CORE
Seismic Zone 4
Power
Hydrogen Refining System Fuel Cell
Power
System
Hot water
Storage Tank
MW Fuel Cell Power Plant
water
1MW Fuel Cell System
� if Industrial hydrogen can all back to the fuel cell
power generation for 500MW; then annual
power generation is about 4 billion degrees,
equivalent to half the power plant generating
capacity
� Power efficiency is up to 50%, and if the heat
generated, the efficiency will be up to 90% or
more
� 20 years operating cycle 26
ME2H Hydrogen Station
27
Green Advantages of Fuel Cells
Why Are Fuel Cells Green?• Low Emissions: (methanol fuel cells vs. diesel genset)
- 50% reduction in CO2 emissions
- More than 95% reduction in CO, NOx and SOx emissions
- No particulate matter emissions- No particulate matter emissions
• At Least 20% More Efficient Than a Diesel Generator
• Very Quiet (background noise level)
• Renewable Liquid Fuel (Bio-Methanol), or derived from coal gas
28
Fuel Cell Advantages Measures ElectraGen™ ME Diesel Generator
Clean Nitrogen Oxides (NOx) <0.01 g/kWh 7.5 g/kWh
Carbon Monoxide (CO) 0.2 g/kWh 8.0 g/kWh
Particulate matter 0 g/kWh 0.8 g/kWh
Telecom Backup Power Example
Particulate matter 0 g/kWh 0.8 g/kWh
Carbon Dioxide (CO2) 800 g/kWh 1,500 g/kWh
Quiet Decibel rating < 52 dB @ 1 meter 68 dB @ 7 meters
Efficient Efficiency (%) > 30% 10 – 25%
Low operating costs Maintenance visits / year 1 2-4
Theft None Fuel & parts
Reliability Few moving parts Many moving parts
29
>90%
Estimates
>90% reduction in carbon footprint versus diesel generator technology
30
2025排碳目標
CHEM’s Micro-grid
2
0
2
0
排
碳
目
標
年
目
標
3232
Industrial
Remote Area Island Community
Transportable container Household
� Off-Grid Mode➡ Rural areas➡ No utility➡ Islands➡ Diesel fuel is expensive➡ Maintenance free➡ Larger PV and battery
� Grid-tied Mode➡ Urban areas➡ Utility available/unstable➡ High electricity price➡ Interactive with grid➡ Grid feed-in (optional)➡ Smaller PV and battery
� Mini Power Station➡ Tele-communication station➡ No utility➡ Good power quality required➡ Diesel generator standby➡ Minimum maintenance➡ Larger PV and battery
Application
33
➡ Larger PV and battery ➡ Smaller PV and battery ➡ Larger PV and battery
2
0
2
0
排
碳
目
標
2
0
2
0
年
目
標
Transportable Micro-grid System
3434
1. 20’ or 40’ container
2. 2kWp ~ 5 kWp Solar Panel
3. 10kWh ~ 20kWh Storage Battery
4. 5kW ME2Power Fuel cell system
5. 5kW u-grid system (smart inverter with PMS and MMI)
2025排碳目標2
0
2
0
排
碳
目
標
2
0
2
0
年
目
標
5kW Micro-grid System
• Two MPPTs
(Maximum Power Point Tracker, 5kW)
• 200% Overload Design
• All-in-One Design
• Hassel-Free Installation
3535
3kW/5kW u-grid system
(Battery set included)
Friendly User Interface
• 100A Charging Current
• High Efficiency
• Robust & Reliable
• High PV Power Output: 6kWP for 5kW, 4kWP for 3kW
• Compatible with Lead Acid and Li batteries
• Designed and Manufactured in Taiwan
Household Micro-grid System
• Reduction of Power Transmission Line & Distribution Line.• Expansion in Renewable Energy Sources ;
• Self-Sufficiency36
Industrial Micro-grid System
Strengths
�Renewable Energy Integrated
�Storage Systems Connected
�Smart Micro-Grid Controlled
�Grid-tied Mode for power supply�Grid-tied Mode for power supply
�Island Mode for power supply
Power Conversion System consists of PMS, Smart Hybrid Inverter, Solar charger, Wind charger and Storage
37
Energy Management
System
(EMS)
360~400V DC Bus 380V/220 AC Bus
Fuel Cell
AC/DCInverter
Wind Power
DC/DCConvert
er
P.V.
DC/DCConvert
er
(Renewable Energy Generation )
Hydroelectric Diesel Generator Micro-Turbine
(Generation Equipment)
Community Micro-grid System
360~400V DC Bus 380V/220 AC Bus
(Energy Storage )
48v DC Bus
380V/48VBi-Directional
Converter
DC Home Appliance
TelecomDC Air
Conditioning
E.V./ E.Bus Charging Station
(DC Loading)
BatteryManagementSystem
(B.M.S)
(AC Loading)Residential Remote Rural
AreaCommercial
LED
Power Storage
DC/DCBi-Directional
Converter
Power Storage
50kW Modular Design
38
Village Micro-Gridfor Hsio-Lin Village Kaohsiung
39
� Hybrid micro-grid has grid-tied and stand-alone mode available. Its “smart-generation”, “smart-storage”, and “smart-dispatch ing” solve the problem of voltage drop of the feeder, an d act as the regulator of power network with high efficiency.
Off-island Microgrid - SCADA System• Generation Forecasting
• Load Forecasting
• Status Estimation
• Power Flow Analysis
• Economic Dispatching
• Demand Response• Demand Response
� Effectively controls the scheduling of different renewable energy with other power resources and energy storage systems by matching the needs of the end-users.
� Helps optimize resource allocation –both for normal and emergency conditions, as based on real-timesystem operating status and information, coupled wi th requirements on supply stability and power quality.
40
Hybrid ESS with Solar System
• Can be further extended to 50 households
• Use lithium-ion batteries to extend battery life, i mproving system stability.
• Includes full automation and remote monitoring syst em with real-time alerts41
全球氫能佈局架構
ChinaChina
Bend/Oregon
Shenzhen
Haimen
Linkou
North IndiaNorth India
South IndiaSouth India
JapanJapan
NSN/DoCoMo
Toyota Tsusho Corp
Tokyo Boeki Mach. Ltd.
Indus
Reliance
Vodafone
IE/EE
China Mobile
Huawei
Foxconn
VietnamVietnam
NepalNepal
BangladeshBangladeshRobi
Ncell
Altergy
MyanmarMyanmar
IndonesiaIndonesia
PhilippinePhilippineMalaysiaMalaysia
South AfricaSouth Africa
AustraliaAustraliaTelstra
NBN
Vision StreamGlobe
Smart
Cascadiant
Hylect/ Telkomsel
IndoSat
Celcom
eDotco
Redtone
Vodacom
MTN
ATC
DLRE
Parami
Digital eDotco
Vodafone VietnamVietnamHylect
Altergy
T-Mobile
ANIXTER
EATON Towers