(QA/QC) PLAN - NYSERDA DG/CHP Integrated Data System
Contents
1. 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 LOCKED ROTOR kVA STAMFORD LI generation HCI634H Three phase Short Circuit Decrement Curve No load Excitation at Rated Speed Based on star wye connection 100000 SYMMETRICAL ASYMMETRICAL o H E LLI DE X 2 O 0 1 TIME secs Sustained Short Circuit 3 300 Amps 100000 SYMMETRICAL ASYMMETRICAL CURRENT Amps 0 1 TIME secs Sustained Short Circuit 4 000 Amps Note 1 The following multiplication factors should be used to adjust the values from curve between time 0 001 seconds and the minimum current point in respect of nominal operating voltage 682 7 64 O O Voltage Voltage X 1 00 X 1 07 X 1 12 X 1 18 The sustained current value is constant irrespective of voltage level Note 2 The following multiplication factor should be2. 4 76 12 10cm A A O62 10 57cm 1 61cm E ET eie O NK EN 0 91 3 25 a 2 31cm 8 26cm Shark 200T Transducer Side WIRING DIAGRAMS 3 Phase 4 Wire WYE Direct 3 Phase 3 Wire Delta Direct 3 Phase 4 Wire WYE with PTS Specifications Voltage Inputs e 20 576 Volts Line To Neutral 0 721 Volts Line to Line Universal Voltage Input e Input Withstand Capability Meets IEEE C37 90 1 Surge Withstand Capability Programmable Voltage Range to Any PT ratio Supports 3 Element WYE 2 5 Element WYE 2 Element Delta 4 Wire Delta Systems e Burden Input Impedance 1 Mega Ohms Burden 0 014W at 120Volts e Input wire gauge max AWG 12 2 5mm Current Inputs Class 10 0 005 to 11 A 5 Amp Nominal e Class 2 0 001 to 2 A 1A Nominal Secondary e Fault Current Withstand at 23 C 100 Amps for 10 Seconds 300 Amps for 3 Seconds 500 Amps for 1 Second e Continuous current withstand 20 Amps for Screw Terminated or Pass Through Connections Programmable Current to Any CT Ratio e Burden 0 005VA per phase Max at 11Amps e Pickup Current 0 1 of Nominal Class 10 5mA Class 2 1mA Pass through wire diameter 0 177 4 5mm Isolation All Inputs and Outputs are galvanically isolated to 2500 Volts Environmental Rating Storage 20 to 70 C Operating 20 to 70
3. The engine generator includes both an exhaust gas and engine jacket heat recovery system Heat is recovered in the form of hot water which is pumped thru piping lining the perimeter of the digester to help maintain a temperature of around 100 F The facility also plans on using some of the recovered heat for preheating water used for cleaning in the dairy parlor CDH Energy Corp 5 December 2014 QA QC Plan Manure Collection Pits 3x Engine Bldg Heating Condensate Dairy Waste amp Corn Silage Digester Lines amp Pit 5 5 i Union eparator eparator Instruments H S Abatement Gas Analyzes E System Bedding Recovery Unit Figure 2 Digester Schematic Lawnhurst Farms CDH Energy Corp Lawnhurst Farms Key Manure Food Waste Air Biogas Hot Water Electricity Milking Area Process Water Heating Engine Generator Flare Blower WG Electricity FG Roots to farm and grid Gas Meter December 2014 QA QC Plan Lawnhurst Farms ADG System Capacity Payment Descriptions This section describes the Capacity Incentive Payments included in the Agreement the payment milestones to be achieved in order to receive payment and the deliverables to be provided in achieving these milestones Capacity Payment 1 Up to 50 of Total Capacity Incentive or 50 of the total initial payments whichever 1s less P
4. C Humidity to 9596 RH Non Condensing Faceplate Rating NEMA12 Water Resistant Mounting Gasket Included Sensing Method e True RMS e Sampling at over 400 samples cycle on all channels of measured readings simultaneously e Harmonics resolution to 40th order e Waveform up to 512 samples cycle Update Rate e Watts VAR and VA every 6 cycles e All other parameters every 60 cycles Power Supply Option D2 e 90 to 265 Volts AC and 100 to 370 Volts DC Universal AC DC Supply Option D e 18 60 Volts DC 24 48 VDC Systems Burden 10VA Max Standard Communication Format 2 Com Ports Back and Face Plate e RS485 Port Through Back Plate e IrDA Through Faceplate e Com Port Baud Rate 9 600 57 600 e Com Port Address 1 247 8 Bit No parity e Modbus RTU ASCII or DNP 3 0 Protocols KYZ Pulse Type Form C Contact On Resistance 35 Ohms Max Peak Voltage 350 VDC Continuous Load Current 120mA e Peak Load Current 350mA 10ms e Off State Leakage Current 350VDC 1uA Dimensions and Shipping e Weight 2 lbs Basic Unit H4 85 x W4 85 x L4 65 e Shark 200 meter mounts in 92mm DIN amp ANSI C39 1 Round Cut outs e Shark 200T Transducer DIN rail mounted e 2 inch DIN Rail Included e Shipping Container Dimensions 6 cube Meter Accuracy See page 2 e Note For 2 5 element programmed units degrade accuracy by an additional 0 5 of reading Compliance e IEC 6
5. 1 27 2 00 1 86 1 72 1 65 X q QUAD AXIS SUBTRANSIENT 0 19 0 17 0 16 0 14 0 22 0 20 0 19 0 18 XL LEAKAGE REACTANCE 0 09 0 08 0 07 0 06 0 10 0 09 0 08 0 08 X2 NEGATIVE SEQUENCE 0 20 0 18 0 17 0 14 0 23 0 21 0 20 0 19 Xo ZERO SEQUENCE 0 03 0 02 0 02 0 02 0 03 0 03 0 02 0 02 REACTANCES ARE SATURATED VALUES ARE PER UNIT AT RATING AND VOLTAGE INDICATED Td TRANSIENT TIME CONST T d SUB TRANSTIME CONST T do O C FIELD TIME CONST Ta ARMATURE TIME CONST SHORT CIRCUIT RATIO generation power HCI634H Winding 312 THREE PHASE EFFICIENCY CURVES 910 KVA 940 KVA 910 KVA HCI634H STAMFORD generation Winding 312 power THREE PHASE EFFICIENCY CURVES 1025 KVA 1063 KVA 1075 KVA PER CENT TRANSIENT VOLTAGE DIP E a LLI o lt F O gt E Z o z lt X F F LLI o X LLI o 30 25 20 15 10 HCI634H STAMFORD Winding 312 Locked Rotor Motor Starting Curve 90 346V 380V 400V 415V 440V 0 200 400 600 800 1000 1200 1400 1600 1800 2000 2200 2400 LOCKED ROTOR kVA 380V 416V 440V 460V 480V
6. kWhgenerator divided by the energy content of the fuel input Qbiogas in similar units and based on lower heating value should be in the 25 to 35 range over any interval for the engine generator at Lawnhurst Farms CDH Energy Corp 11 March 2014 Appendices Cut sheets and Manuals for GE Janbacher J312 GS C81 Stamford CG 634 J2 Generator Roots Rotary Gas Meter Shark 200 Power Meter Union Instruments INCA 4001 Gas Analyzer Gas Engines Jenbacher type 4 om w n years of power Jenbacher gas engines a efficient durable reliable Long service intervals maintenance friendly engine design and low fuel consumption ensure maximum efficiency in our type 3 engines Optimized components prolong service life even when using non pipeline gases such as landfill gas The type 3 stands out in its 500 to 1 100 kW power range due to its technical maturity and high degree of reliability reference installations model plant key technical data description J312 GS R D a Landfill gas Every system has its own landfill gas feeder line and Containerized Engine type 2 x JMC 312 GS L L exhaust gas treatment line The generated electricity solution Electrical OUtpUt nen 1 202 kW is used on site excess power is fed into the public grid Landfill site Thermal Output aussen 1 494 kW The employment of the CL AIR system ensures the Cavenago Italy Commissioning Se
7. 0 003 Ohms PER PHASE AT 22 C STAR CONNECTED ROTOR WDG RESISTANCE 1 88 Ohms at 22 C R F l SUPPRESSION BS EN 61000 6 2 amp BS EN 61000 6 4 VDE 0875G VDE 0875N refer to factory for others WAVEFORM DISTORTION NO LOAD lt 1 5 NON DISTORTING BALANCED LINEAR LOAD lt 5 0 MAXIMUM OVERSPEED 2250 Rev Min BALL 6224 ISO BEARING DRIVE END BEARING NON DRIVE END BALL 6317 ISO 1 BEARING 2117 kg 2 BEARING 2145 kg WEIGHT COMP GENERATOR WEIGHT WOUND STATOR 1010 kg 1010 kg WEIGHT WOUND ROTOR 866 kg 821 kg WR INERTIA SHIPPING WEIGHTS in a crate PACKING CRATE SIZE 20 0438 kgm 2173kg 183 x 92 x 140 cm 19 4965 kgm 2180kg 183 x 92 x 140 cm 50 Hz 60 Hz THF lt 2 1 614 m sec 3420 cfm TIF lt 50 1 961 m sec 4156 cfm TELEPHONE INTERFERENCE COOLING AIR VOLTAGE STAR 380 220 400 231 415 240 440 254 416 240 440 254 460 266 480 277 VOLTAGE DELTA 220 230 240 254 240 254 266 277 kVA BASE RATING FOR REACTANCE VALUES 910 910 910 875 1025 1063 1075 1125 Xd DIR AXIS SYNCHRONOUS 2 99 2 70 2 51 2 15 3 37 3 13 2 89 2 78 Xd DIR AXIS TRANSIENT 0 25 0 23 0 21 0 18 0 29 0 27 0 25 0 24 X d DIR AXIS SUBTRANSIENT 0 18 0 16 0 15 0 13 0 19 0 18 0 17 0 16 Xq QUAD AXIS REACTANCE 1 77 1 60 1 49
8. 800 x 2 300 J320 GS 5 700 x 1 700 x 2 300 Cogeneration system J312 GS 4 700 x 2 300 x 2 300 J316 G5 5 500 x 2 500 x 2 300 J320 G5 5 700 x 1 900 x 2 500 Container J512 G5 12 200 x 2 500 x 2 600 J316 GS 12 200 x 2 500 x 2 600 J520 G5 12 200 x 2 500 x 2 600 Weights empty kg J312 GS J316 GS J320 GS Generator set 8 000 8 800 10 500 Cogeneration system 9 400 9 900 11 000 Container generator set 19 400 22 100 26 000 Container cogeneration 20 800 23 200 26 500 Natural gas 1 500 rpm 50 Hz 1 800 rpm 60 Hz 1 200 rpm 60 Hz NOx lt Type Pel kW nel Pth kW nth ntot 26 Pel kW nel Pth kW nth ntot Pel kW nel PthikW mth 6 ntot 312 327 39 9 626 47 3 87 2 500 ma m 312 637 40 8 725 46 4 87 1 633 30 1 814 49 0 87 1 435 32 7 503 45 9 85 6 2 316 835 40 0 968 47 2 87 2 848 30 3 1 089 49 2 87 4 583 40 3 655 45 2 85 5 320 1 063 40 8 1 195 45 8 86 6 1 059 J2 0 1324 488 87 8 795 40 7 855 43 8 84 5 512 637 59 6 59 4 1 86 7 633 36 8 8 5 50 8 87 5 250 mg m 316 802 59 0 977 47 5 86 5 848 56 9 1 159 50 5 87 4 320 1 063 59 8 1240 464 86 2 1 059 55 1 580 49 7 8 8 512 637 40 1 741 46 7 86 9 418 38 6 504 46 5 85 2 350 mg m 316 802 39 2 984 48 1 Clo 559 38 8 671 46 5 85 3 320 1 063 40 1 1 226 46 3 86 4 795 40 7 855 43 8 84 5 Biogas 1 500 rpm 50 Hz 1 800 rpm 60 Hz NOx lt Type Pel kW nel Pth kW nthl ntot Pel kw nel Pth kW
9. Communication Interface RS232 INCA4002 Txxx 01 Single channel measuring device for condensate carrying gases with sample gas cooler and flexible measuring ranges Component Measurement range Measurement x 1 FS 1 FS 3ppm 60 ppm 3 ppm 5 ppm 1 Fo 1 Fo 5 FS en s25ppm s25 ppm Y 15 MV2 15 MV2 Pre a T060 T062 T096 T098 T100 T140 T160 Matrix T Models Continuously measuring Component CH CO continuously continuously Measurement range Vol Vol Measurement 1 ES 1 FS 3ppm 60 ppm 3 ppm 5ppm 199 Fo 1 Fo 5 FS aa lt 25 ppm lt 25 ppm T TT TT J lr Dll O po Matrix T Models Continuously measuring Component CH CO O O Chemical Paramagnetic continuously continuously continuously continuously voi 1 FS 1 FS Measurement 1 FS 1 FS 3 ppm 60 ppm 3 ppm 5 ppm 29 09 accuracy lt 25 ppm lt 25 ppm AO me e DT AA oa e wos L a Tos 10 0 no 10 100 mo owo o ma o Dimensions WxHxD Weight Protection class Power supply Gas inlets Sample gas inlets Calibration gas inlets Purge gas inlets Gas connections Max gas inlet pressure Min gas inlet pressure Flame arrester Rel gas humidity Condensate trap Sample gas cooler Cooling principle Dewpoint Condensate remova
10. nth ntot 312 526 41 1 532 41 5 82 6 633 38 1 187 47 4 85 5 312 637 40 3 682 43 2 83 6 500 mg m 316 703 40 5 743 42 8 83 3 848 53 5 1 054 47 6 85 9 gt 16 835 39 9 920 44 0 83 9 320 1 063 40 8 1081 41 5 82 3 1059 20 1 269 46 7 S9 512 655 56 8 037 48 6 85 3 250 mg m3 316 848 36 9 1118 48 7 85 6 320 1 059 56 9 1406 49 0 85 9 312 350 mg m 316 320 1 063 40 1 1108 418 82 0 1 Total heat output with a tolerance of 8 exhaust gas outlet temperature 120 C for biogas exhaust gas outlet temperature 180 C All data according to full load and subject to technical development and modification GE Energy Jenbacher gas engines Austria Headquarters 6200 Jenbach T 43 5244 600 0 F 43 5244 600 527 jenbacherinfo ge com www gejenbacher com GEA 13690A 2012 GE Jenbacher GmbH amp Co OG All rights reserved STAMFORD power HCI634H Technical Data Sheet HCI634H SPECIFICATIONS amp OPTIONS STANDARDS Newage Stamford industrial generators meet the requirements of BS EN 60034 and the relevant section of other international standards such as BS5000 VDE 0530 NEMA MG1 32 IEC34 CSA C22 2 100 AS1359 Other standards and certifications can be considered on request VOLTAGE REGULATORS MX321 AVR STANDARD This sophisticated Automatic Voltage Regulator AVR is incorporated into the Stamford Permanent Magnet Generator PMG system and is fitted as standard to generators of this type The PMG provides power via
11. system Pp te ter d demand eg 138 KV Provide revenue accurate load profiling Determine substation usage 14A KV Analyze feeder capacity and utilization Provide time based load profile for planning one estimation Feeder 1 Data trend PF distribution and imbalances for system efficiency analysis LOW COST SUBSTATION TELEMETRY The Shark 200 meter s advanced output capability brings back data using many different communication mediums such as RS485 Ethernet and analog outputs This insures that one meter can be used for almost every substation application no matter what communication infrastructure is needed Modbus Par 4 Channel 000000000000000000009 OLDER RTU eceee Analog Transducer Outputs Perfect for new or retrofit applications Multiple Com paths L SHARK Ethernet Intelligent ee TCP IP Substation Multiple systems and or user accessing data All outputs available simultaneously One meter provides outputs for every application simultaneously SHARK 200 METER DIMENSIONAL DRAWINGS 4 85 12 32cm 4 85 12 32cm Shark 200 Meter Face 5 027 12 75cm 3 295 8 26cm Shark 200 Meter Side
12. used to convert the values calculated in accordance with NOTE 1 to those applicable to the various types of short circuit All other times are unchanged Note 3 Curves are drawn for Star Wye connected machines HCI634H STAMFORD Winding 312 0 8 Power Factor RATINGS Class Temp Rise Cont F 105 40 C Cont H 125 40 C Standby 150 40 C Standby 163 27 C 380 400 415 440 380 400 415 440 380 400 415 440 380 400 415 440 kW Efficiency kW Input kW Efficiency kW Input DIMENSIONS 1548 595 726 1644 mi m Waa IT IH 2 Hill i NT Turin j NN N CA iens HI IH I IN nh 110 013 Hi JR 350 CRS 2 50 6 HOLES 35 560 CRS 350 446 660 E O EEN EIN ee RAE S Ga NEWAGE WV AVIK SEG PO Box 17 Barnack Road Stamford Lincolnshire PE9 2NB Tel 00 44 0 1780 484000 Fax 00 44 0 1780 484100 M Website www newage avkseg com O 2002 Newage International Limited Reprinted with permission of N I only Printed in England TD_HCI634H GB_08 02 01 GB ROOTS Expanded Meter Line B3 VRM Vapor Recovery Meter Rated for a maximum capacity of 3000 actual cubic feet per hour the B3 VRM meters are specifically designed and tested for vapor recovery applications and conform to the California Air Resources Board specifications TP 201 1 TP 201 1A T
13. 0 mo w 100 m ma r T2 ci ical nterface p Dimensions WxHxD Weight Protection class Power supply Gas inlets Sample gas inlets Calibration gas inlets Purge gas inlets Gas connections Max gas inlet pressure Min gas inlet pressure Flame arrester Hel gas humidity Condensate trap Ambient conditions Operating temperature Humidity Atmospheric pressure Storage temperature Interfaces Relays 640x600x229 mm 21 kg IP42 100 240 V 50 60 Hz 1 4 4 4 Compression fitting 6 mm 20 mbar rel optionally 300 mbar 100 mbar rel ATEX certification G IIC lt 95 condensate free Yes 5 40 C 0 95 relative humidity 900 1250 hPa 0 9 1 2 bar 0 60 C 3 Communication Interface RS232 INCA3021 Txxx Ox Multi channel measuring device for condensate free gases with flexible measuring ranges and two calibration gas inlets i E 100 T b j e 0 Zi 2 fr 2 2 rr u I INCA 3011 Taxx ox R wa z see i cs kde e dixa ak EL ant ad Li E Component Measurement range Measurement x 1 FS 1 FS 3ppm 60 ppm 3 ppm 5 ppm 1 Fo 1 Fo 5 FS en s25ppm s25 ppm Y 15 MV2 15 MV2 Pre a T060 T062 T096 T098 T100 T140 T160 Matrix T Models Continuously measuring Component CH CO continuously continuously Mea
14. 52 43 0 Fax 49 0 721 9 52 43 33 info union instruments com www union instruments com Housing T Model Device indicates the type of gas conditio indicates the sensor system and ning like e g gas drying and swit with it the gas types and concen ching of measuring points trations which are to be measured INCA3011 ___ 04 T100 INCA3011 T100 04 INCA3011 Txxx Ox Multi channel measuring device for condensate free gases with flexible measuring ranges 135 185 520 640 mm 229 mm Component Measurement range Measurement x 1 FS 1 FS 3ppm 60 ppm 3 ppm 5 ppm 1 Fo 1 Fo 5 FS accuracy lt 25 ppm lt 25 ppm 15 MV 15 MV AAA AA O AA A UE SEA E ENS T060 T062 T096 T098 T100 T140 T160 Matrix T Models Continuously measuring Component CH CO continuously continuously Measurement range Vol Vol Measurement 1 ES 1 FS 3ppm 60 ppm 3 ppm 5ppm 199 Fo 1 Fo 5 FS ee lt 25 ppm lt 25 ppm T TT TT J lr A Pp Matrix T Models Continuously measuring Component CH CO O O Chemical Paramagnetic continuously continuously continuously continuously voi 1 FS 1 FS Measurement 1 FS 1 FS 3 ppm 60 ppm 3 ppm 5 ppm 29 09 accuracy lt 25 ppm lt 25 ppm Tu TERE Oo o E S tot o a tos wo 10
15. 87 0 2 Accuracy e ANSI C12 20 0 2 Accuracy e ANSI IEEE C37 90 1 Surge Withstand ANSI C62 41 Burst e EC1000 4 2 ESD e EC1000 4 3 Radiated Immunity e IEC 1000 4 4 Fast Transient e IEC 1000 4 5 Surge Immunity Ordering Information All fields must be filled in to create a valid part number Model Option Numbers Shark200 Frequency Current Input V Switch Pack Power Supply I O Slot 1 I O Slot 2 Example Shark200 Meter Transducer Shark200T Transducer Only 50 10 50 Hz 10 Amp System Secondary 60 2 60 Hz 2 Amp System Secondary Additional Accessories V1 D2 Multifunction Meter Only d V2 D Standard Data Logging Memory ies V3 Power Quality Harmonics Communication Converters 9PINC RS232 Cable CAB6490 USB to IrDA Adapter Unicom 2500 RS485 to RS232 Converter Unicom 2500 F RS485 to RS232 to Fiber Optic Converter Modem Manager Model MM1 RS485 to RS232 Converter for Modem Communication IrDA232 IrDA to RS232 Adapter for Remote Read Compliance Documents Certificate of Calibration Part CCal This provides Certificate of Calibration with NIST traceable Test Data Current Transformer Kits CT200K 200 5 Ratio 1 00 Window 3 CTs CT400K 400 5 Ratio 1 25 Window 3 CTs CT800K 800 5 Ratio 2 06 Window 3 CTs CT2000K 2000 5 Ratio 3 00 Window 3 CTs VA Limits amp Control V5 64 Samples
16. P 201 2 and P 201 5 as applicable The extremely low pressure drop associated with the ROOTS positive displacement meter makes this meter ideal for the accurate measurement in low pressure recovery systems Odometers on the vapor recovery meters are marked at 0 02 cubic foot increments which allows accurately estimated readings in increments of 0 01 cubic feet All B3 VRM meters are supplied with a 7 point certified accuracy curve for reference Series Z Compact Meters Ideal for small commercial loads at pressures up to 15 PSIG 1 Bar the aesthetically pleasing 5015 500 ACFH and 8C15 800 ACFH meters are easy to install and conceal Series Z meters provide excellent measurement accuracy starting at pilot loads and continuing throughout the range of the meter To match the meter configuration to the application the user selects the following parameters when ordering m Dial Imperial Wheel Index m Sealed Index Cover m Standard Atmospheric or 2 PSIG Compensated Index m Top or Bottom Inlet m Sprague 4 male 45 Light male or 1 1 2 inch NPT female Connections m Optional Inlet Strainer Screen Series B4 Rotary Gas Meter The Series B4 meters have a permanently lubricated maintenance free uncorrected counter unit which can be rotated 355 One low frequency LF and one high frequency HF pulse output are standard a second low frequency LF pulse output is available upon request Series A LM MA Mete
17. QUALITY ASSURANCE QUALITY CONTROL QA OC PLAN FOR LAWNHURST FARMS LLC ANAEROBIC DIGESTER GAS ADG SYSTEM Agreement NEIS 21426 Final December 2014 Submitted to New York State Energy Research and Development Authority 17 Columbia Circle Albany NY 12203 6399 And Lawnhurst Farms 4124 County Route 5 Stanley NY 14561 Submitted by CDH Energy Corp P O Box 641 Cazenovia NY 13035 PROJECT PARTICIPANTS NYSERDA Project Manager ADG to Electricity Program Contractor the ADG Contractor ADG Contractor Site Contact Digester System Vendor Designer NYSERDA Technical Consultant TC NYSERDA CHP Website Contractor CHP Website Contractor Tom Fiesinger 17 Columbia Circle Albany NY 12203 6399 518 862 1090 X 3218 Email twf nyserda org Lawnhurst Farms LLC Contact Don Jensen II Principal 4124 County Route 5 Stanley NY 14561 585 526 4534 Email lawnhurst frontiernet net Don Jensen III 4124 County Route 5 Stanley NY 14561 585 738 9403 Email lawnhurst gmail com Nathan Rudgers Farm Credit East 4363 Federal Drive Batavia NY 14020 585 815 1900 ext 2239 585 993 0395 cell EnviTech Patrick Dumpe Schulz Systemtechnik Rainer Giese Schneiderkruger Str 12 D 49429 Visbek Email rainer giese O schulz st CDH Energy Corp Contact Daniel Robb P O Box 641 Cazenovia NY 13035 315 655 1063 ext 20 Email danrobb Ocdhenergy com CDH Energy Corp Contact Hu
18. ayment Milestones Initial payments made for major equipment and other work acquisition of necessary permits interconnection approval and QA QC plan approval Deliverables 1 Documentation of payments for equipment and work 2 Provide copies of necessary permits 3 Provide copy of interconnection approval 4 Work with TC to develop and get NYSERDA approval of QA QC plan Capacity Payment 2 The remainder of the Total Capacity Incentive Payment Milestones NYSERDA approval of the Project Installation Report CDH Energy Corp 7 December 2014 QA QC Plan Lawnhurst Farms Monitoring System Equipment Installation Operation and Maintenance Table 2 shows the general location of the meters used to measure biogas flow FG and the generator electrical output WG Information on these data points is shown in Table 2 Table 2 Monitored Points for ADG System Type Name Units Engine Modbus WG Generator Shark 200 power meter 0 575 kW Power Telal das Eloy ae IS SCFH 0 15 000 SCFH The electrical output of the engine generator WG will be measured with the Shark 200 revenue grade power meter The power meter is installed in the switchgear directly to the right of the engine controller The power meter will be installed according to the requirements in the appropriate operator guide The biogas input to the engine will be measured by a Roots Rotary flow meter FG The meter is capable of providing a pressure and tempe
19. can provide 100BaseT Ethernet functionality Using this card a user can connect to 12 simultaneous Modbus TCP IP connections e Embedded web server e Network Time Protocol NTP Support 2 1mAOS Four Channel Bi directional 0 1mA Outputs Assignable to any parameter 0 1 of full scale 0 to 10K Ohms Range 1 20mA 3 20mAOS Four Channel 4 20mA Outputs Assignable to any parameter 0 1 of full scale 0 to 850 Ohms at 24VDC Loop Powered using up to 24 Volts DC 4 RO1S Two Relay Outputs Two Status Inputs 250VAC 30VDC 5A Relays Form C Trigger on user set alarms Set delays and reset delays Status Inputs Wet Dry Auto Detect Up to 150 VDC based alarms and control PO1S Four Pulse Outputs Four Status Inputs FOVPS or FOSTS Fiber Optic Card Must be used with V4 or higher V Switch option for limit p Field Expandable I O Slots ____f Note l O cards can be ordered separately see last page Programmable to any energy parameter and pulse value Form A Normally open contacts Also used for End of Interval pulse Can function for manual relay control and limit based control V4 V6 Options 120mA continuous load current Status Inputs Wet Dry Auto Detect Up to 150 VDC ElG s exclusive Fiber Optic Daisy Chain switchable built in logic mimics RS485 half duplex bus allowing you to daisy chain meters for lower installation costs Full duplex is also assignable ST Terminated O
20. coolers to January 2002 J320 GS Fuel ee Natural gas The natural gas driven units generate electricity for Amtex Spinning Mills Engine type 12 x JGS 320 GS N L spinning mills in one of Pakistan s most important Faisalabad Pakistan Electrical output 12 072 kW textile centers Special features of this Jenbacher plant Commissioning November 2002 1 2d engine April 2003 3 engine May 2003 4th 7th engine April 2004 8 engine April 2005 9 10 engine March 2008 11th 12th engine GE imagination at work allow for high ambient temperature dusty inlet air and operation in island mode Trademark of General Electric Company technical data Configuration V 70 Bore mm 135 Stroke mm 170 Displacement cylinder lit 2 43 Speed rpm 1 500 50 Hz 1 200 1 800 60 Hz Mean piston speed m s 8 5 1 500 rpm 6 8 1 200 rpm 10 2 1 800 rpm Generator set cogeneration system generator set cogeneration in container Scope of supply Natural gas flare gas propane biogas landfill gas sewage gas Special gases e g coal mine gas coke gas wood gas pyrolysis gas Applicable gas types Engine type JG J316 55 J320 GS No of cylinders 12 16 20 Total displacement lit 29 2 38 9 48 7 outputs and efficiencies Dimensions x w x h mm Generator set J312 65 4 700 x 1 800 x 2 300 J316 GS 5 200 x 1
21. cycle Waveform Recording V6 512 Samples cycle Waveform Recording L CT Specifications Frequency 50 to 400Hz Insulation 600 Volts 10kV BIL Flexible Leads UL 1015 105 C CSA Approved 24 Long 16AWG Software Option Numbers COMEXTS CommunicatorEXT 3 0 for Windows Consult factory application engineer for additional transformer ratios types or window sizes Electro Industries GaugeTech 1800 Shames Drive Westbury NY 11590 1 877 EIMETER 1 877 346 3837 E Mail sales electroind com Tel 516 334 0870 Web Site www electroind com Fax 516 338 4741 INP100S X X None None RO1S RO1S 2 Relays 2 Relays 2 Status 2 Status PO1S PO1S 4 Pulses 4 Pulses 4 Status 4 Status 1mAOS 1mAOS 4 channel 4 channel Analog Output Analog Output 0 1 0 1 bidirectional bidirectional 20mAOS 20mAOS 4 Channel 4 Channel Analog Output Analog Output 4 20mA 4 20mA FOSTS FOSTS Fiber Optic Fiber Optic Output ST Output ST Terminated Terminated FOVPS FOVPS Fiber Optic Fiber Optic Output VPIN Output VPIN Terminated Terminated INP100S INP100S 100BaseT 100BaseT Ethernet Ethernet O cards can be ordered separately using the above part numbers E 149702 032311 0 UN UNION Instruments INCA30xx and INCA40xx Process gas analyzer for the measurement of biogas biomethane landfill gas and sewage gas Version V0 11R02 Dok ID WM 0007 UNION Instruments GmbH Tel 49 0 721 9
22. ecorder V Switch Keys 5 or 6 e Extensive Data Logging e Power Quality Recording e Up to 512 Samples Cycle e Embedded Web Server Electro Industries GaugeTecih The Leader in Power Monitoring and Smart Grid Solutions HIGH PERFORMANCE WAVEFORM RECORDING Basic Features Summary e 0 2 Class Revenue Certifiable Energy and Demand Metering e Meets ANSI 012 20 and IEC 687 0 2 Class e Multifunction Measurement e 3 Line 56 LED display e of Load Bar for Analog Perception Standard RS485 Modbus and DNP 3 0 M ZAN e IrDA Port Enables Laptop PC Reading and Programming SHARK200 e Ultra Compact f Wh Pulse e Fits both ANSI and DIN Cutouts APPLICATIONS Advanced Features Summary e Utility Metering e Commercial Metering e High Performance Waveform Recorder e Substations e Industrial Metering e Up to 4 Megabytes Flash for Historical Data Logging amp PQ Recording e Power Generation e Campus Metering e Extremely Configurable Field Upgradable 1 0 e Submetering e Analog Meter Replacement e 100BaseT Ethernet Rapid Response Technology e Power Quality Studies e Disturbance Recording e V Switch Technology e Load Studies e Voltage Recording Electro Industries introduces a new standard in panel ACCURACY mounted power metering The Shark 200 metering system is an ultra compact power metering device providing al Accuracy Display Range industry leading revenue metering functionality combined with advanced data logging po
23. ependent CBEMA log for magnitude and duration of voltage events This allows a user to quickly view total surges total sags and duration without retrieving waveform data Harmonic Recording to the 40th Order The Shark 200 meter provides advanced harmonic analysis to the 40th order for each voltage and current channel in real time Using the stored waveforms harmonic analysis is available to the 255th order Harmonic Spectrum ANDAR Zoomed 40th Order N Ml CS PAT AA gura g com 6 Channels of Waveforms STANDARD COMMUNICATION CAPABILITY The Shark 200 meter provides two independent communication Front Mounted IrDA Communication ports with advanced features Uniquely the Shark 200 meter also has an optical IrDA port Rear Mounted Serial Port with KYZ Pulse allowing you to program it with an IrDA enabled laptop PC e RS485 This port allows RS485 communication using Modbus or DNP 3 0 Protocols Baud rates are from 9600 to 57 6k e KYZ Pulse In addition to the RS485 the meter also includes Pulse Outputs mapped to absolute energy FIELD EXPANDABLE l O AND COMMUNICATION CAPABILITIES The Shark 200 meter offers unequaled 1 0 expandability Using the two universal option slots the unit can easily be configured to accept new I O cards even after installation The unit auto detects installed I O option cards Up to 2 cards of any type can be used per meter 1 INP100S 100BaseT Ethernet Capability The meter
24. essure 100 mbar rel Flame arrester m EX certification G IC Sample gas cooler Cooling principle thermoelectric Dewpoint 3 30 C adjustable Condensate removal Hose pump Ambient conditions Operating temperature 5 40 C Humidity 0 95 relative humidity Atmospheric pressure 900 1250 hPa 0 9 1 2 bar Storage temperature 0 60 C Interfaces Relays 3 Communication Interface RS232 INCAA003 Txxx 0x Multi channel measuring device for condensate carrying gases with sample gas cooler and flexible measuring ranges Measuring point switching with electrical ball valve 212 mm Component Measurement range Measurement 196 FS 1 FS 3 ppm 60 ppm 3 ppm 5 ppm 1 FS x 1 FS 5 FS Sc lt 25 ppm lt 25 ppm 15 MV 15 MV 0 ET VETA IE T060 T062 T096 T098 T100 T140 T160 1 FS Linearity error relative to full scale value 2 MV Linearity error relative to measured value Dimensions WxHxD Weight Protection class Power supply Gas inlets Sample gas inlets Calibration gas inlets Purge gas inlets Gas connections Max gas inlet pressure Min gas inlet pressure Flame arrester Rel gas humidity Condensate trap Sample gas cooler Cooling principle Dewpoint Condensate removal Ambient conditions Operating temperature Humidity Atmospheric pressure Storage temperature Interfaces Relays pump
25. g of the cumulative power generation kWh from the Shark 200 WG and gas flow cf or ft recorded by the Roots meter FG in the event that data transfer to the NYSERDA CHP Website fails or other anomalies occur On a weekly basis The Farm staff will review the data stored in the NYSERDA CHP Website chp nyserda org to ensure it is consistent with our observed performance of the ADG system and logged readings The Farm will review the data using the reporting features at the website including e Monitored Data Plots and Graphs and e RPS Customer Sited Tier Anaerobic Digester Gas to Electricity Program NYSERDA Incentive Program Reports In addition The Farm staff will also setup and use the email reports that are available at the CHP Website to help track the system performance including e aperiodic email report summarizing system performance and the estimated incentive e an email report sent out if data is not received at the web site or does not pass the quality checks The website will automatically take the data collected from the data logger and evaluate the quality of the data for each 5 minute interval using range and relational checks Details on the range and relational checks can be found in the Database Notes PDF document located on the NYSERDA CHP Website CDH Energy Corp 9 March 2014 QA QC Plan Lawnhurst Farms Only data that passes the range and relational quality checks will be used in the incentive report
26. g point switching with pneumatic valves 565 i GEL 521 475 376 141 mm 600 mm 120 195 142 28 138 r Component Measurement range Measurement HAFS 1 FS 3 ppm 60 ppm 3 ppm 5 ppm 1 FS lo 5 FS l B EN oes lt 25 ppm lt 25 ppm y 15 MV 15 MV AAA AAA O AA 0 SEA E Eee T060 T062 T096 T098 T100 T140 T160 1 FS Linearity error relative to full scale value 2 MV Linearity error relative to measured value Dimensions WxHxD Weight Protection class Power supply Gas inlets Sample gas inlets Calibration gas inlets Purge gas inlets Gas connections Max gas inlet pressure Min gas inlet pressure Flame arrester Rel gas humidity Condensate trap Sample gas cooler Cooling principle Dewpoint Condensate removal Pneumatics Control pressure Compressor Ambient conditions Operating temperature Humidity Atmospheric pressure Storage temperature Interfaces Relays ctrical interface pumps control valves 741x600x214 mm 29 kg IP42 100 240 V 50 60 Hz 1 10 4 4 Compression fitting 6 mm 20 mbar rel opitionally 300 mbar 100 mbar rel ATEX certification G IIC lt 100 condensate possible Yes thermoelectric 3 30 C adjustable Vacuum jet pump 6 8 bar 87 116 psi 101 5 40 C 0 95 relative humidity 900 1250 hPa 0 9 1 2 bar 0 60 C 3
27. gh Henderson P O Box 641 Cazenovia NY 13035 315 655 1063 ext 13 Email hughOcdhenergy com QA QC Plan Lawnhurst Farms Introduction This plan describes the approach that will be used to monitor the performance of the anaerobic digester gas ADG system that is currently being installed at Lawnhurst Farms LLC The Farm in Stanley NY to produce biogas and electricity Biogas will be used to fuel one engine generator to produce power that will be consumed on site and or exported back to the local utility A monitoring system will be installed to measure and collect the data necessary to quantify the electric power produced and amount of biogas used by the engine generator The data will serve as the basis for payment of three 3 years of performance incentive payments which The Farm has applied for under a Standard Performance Contract with NYSERDA based on a Total Contracted Capacity of 541 kW ADG System Description The digester system at the farm was designed by EnviTech Biogas AG The power plant equipment will be provided by GE Jenbacher Gas metering 1s provided by a Roots rotary meter while power metering 1s provided by a Shark 200 power meter The site will operate one 541 kW synchronous engine generator Piping and controls are installed in the dedicated utility building in front of the digester All the electrical loads at the farm are fed from a single 3 phase 277 480 volt electrical service The farm currently does n
28. hly Data for Annual Performance Reports Start Date of Number of Electricity Biogas Used by LH Vpicgas Biogas Electrical Reporting Days in Production Engine Btu Energy Efficiency Period Each KkWhgenerator cubic feet Btu cf Content percent Obiogas BTU Le m TOAS jk M E o E de AE The Farm will calculate monthly values for lower heating value of the biogas LH Vpiogas and total energy content of the biogas Opiogas as follows CDH Energy Corp 10 March 2014 QA QC Plan Lawnhurst Farms Monthly Biogas Lower Heating Value The logged CH data will be used to calculate an average monthly Biogas Lower Heating Value using the following equation LH Veras LH ED CH 4 where LHV methane lower heating value of methane 911 Btu ft at standard conditions 60 F and atm CH measured percent methane in biogas Since CH data is sporadic it will be used to calculate monthly averages These monthly averages will then be used to calculate a monthly biogas LHV Monthly Biogas Energy Content Calculate the average monthly Biogas Energy Content using the following equation O ogis CF LH V biogas where CF volume cubic feet or ft of biogas 1n month Reasonable Electrical Efficiency The Annual Performance Report will also provide a monthly comparison of power output and fuel input for the engine to confirm their reasonableness For instance the electrical efficiency measured as power output
29. l Ambient conditions Operating temperature Humidity Atmospheric pressure Storage temperature Interfaces Relays pumps control valves 741 5x600x212 mm 29 kg IP42 100 240 V 50 60 Hz 4 4 4 Compression fitting 6 mm 20 mbar rel 100 mbar rel ATEX certification G IIC lt 100 condensate possible Yes thermoelectric 3 30 C adjustable Hose pump 5 40 C 0 95 relative humidity 900 1250 hPa 0 9 1 2 bar 0 60 C 3 Communication Interface RS232 INGA4002 Txxx 0x 0x Multi channel measuring device 1 channel with sample gas cooler up to 3 channels for condensate free gases Component range accuracy T E eee EN T140 T160 3 ppm 5 ppm 1 FS 1 FS 59701 lt 25 ppm lt 25 ppm 15 MV 15 MV m FS Linearity error relative to full scale value 2 MV Linearity error relative to measured value Specification INCA4002 Txxx 0x 0x Consisting of aluminium housing power supply controller display electrical interface pumps control valves Dimensions WxHxD 741 5x600x212 mm Weight 29 kg Protection class IP42 Power supply 100 240 V 50 60 Hz Gas inlets Sample gas inlets 1 cooled inlet condensate possible Sample gas inlets II 1 3 condensate free Calibration gas inlets 1 Purge gas inlets 1 Gas connections Compression fitting 6 mm Max gas inlet pressure 20 mbar rel Min gas inlet pr
30. oftware Electro Industries Gaugelech Teed P er Mo Me Leader c Vie A Embedded Web Server SHARK 200T TRANSDUCER This transducer version of the Shark 200 meter does not include a display The unit mounts directly to a DIN rail and provides an RS485 Modbus or DNP 3 0 output and the expandable 1 0 x d I c 3 F E d E mil 3 Cal ASA H D N54 is isl m la lye E D I P Ar 3 a r mn 5 ra l nod Re wlth us e MAS Kr it 2 n E Shark 200T DIN Rail Mounted Transducer TYPICAL SUBSTATION SOLUTIONS SUBSTATION VOLTAGE RECORDING Traditionally voltage recording meters were relegated to high cost metering or monitoring solutions The Shark 200 meter can be placed throughout an electrical distribution network The meter provides one of the industry s lowest cost Wy Je E Eg methods of collecting voltage information within a Utility power distribution grid Voltage reliability analysis insuring proper voltage to Compare voltage reliability throughout transmission or 8 e i LOAD PROFILING The Shark 200 meter allows you to log substation data over time with regard to electrical usage demand voltage current PF and many other parameters This enables a complete analysis of the power system over time distribution networks Monitor the output of substation transformers or line regulators Initiate conservation voltage reduction reducing
31. okollPerung FlareRunime Mimutes CDH Energy Corp A 1 October 2014 QA QC Plan Addendum Lawnhurst Farms Procedure e Generator power was verified by comparing collected data from the DIA NE XT3 engine controller to data from the Shark 200 revenue grade power meter e Gas data was verified by timing the face of the gas meter to determine the gas flow rate The calculated gas flow rate and the generator power output were then used to calculate the engines electrical efficiency Generator Power Shark 200 DIA NE XT3 Diff Daily kWh Daily kWh 12272014 115580 114000 123 2014 12 992 4 129000 2 2014 130272 130000 25 2014 10925 129000 2612014 130650 130000 27 2014 12 560 125000 28 2014 12 021 7 119000 29 2014 12 452 6 12 400 0 30 2014 12 997 1 12 900 0 Avg 0 8 CDH Energy Corp A 2 October 2014 QA QC Plan Addendum Lawnhurst Farms Biogas HS H2S Analyzer Draeger Tube PPM PPM Biogas Flow Roots Reading m3 11 01 2893023 11 16 2893102 79 m 3 15 min 316 11 159 28 6 Generator Eff CDH Energy Corp A 3 October 2014
32. ot have the capability to isolate itself from the grid black start and run in island mode in the event of a power outage The farm does expect to export a portion of the generated electricity and has been approved for net metering Installed covered and filled digester safety vent left and mixer location 1 of 4 Digester flare back and dewatering well front CDH Energy Corp 3 December 2014 QA QC Plan Lawnhurst Farms d rr Roots biogas meter measures total biogas generator and flare Shark 200 revenue grade power meter installed in Propane storage tank only used for boiler at startup switchgear to right of DIA NE XT3 engine controller Figure 1 Photos of System Components CDH Energy Corp 4 December 2014 QA QC Plan Lawnhurst Farms Table 1 Biogas Systems at Lawnhurst Farms Digester EnviTech Anaerobic Digester fully mixed soft cover heated 194 231 cf capacity 45 to 50 day retention time Dairy Manure approx 1 400 cows corn silage dairy waste Engine 12 cylinder GE Jenbacher J312 GS C81 Reciprocating Engine 541 kW on biogas Stamford CG 634 J2 480 VAC 3 Phase 541 kW Biogas Conditioning Sulfur abatement system installed in digester Engine Propane Boiler Used to heat digester until sufficient biogas is produced Backup startup Fuel to run engine generator Generator cannot run on propane Heat Recovery Use Digester heating Additional Heat Milking
33. parlor water heating amp engine building heating Recovery Figure 2 below shows the basic process flow of the anaerobic digester system installed at the farm Manure is collected in one of three lagoons one main and two secondary Manure is then pumped from the primary lagoon to either the mixing tank or the digester The mixing tank is used when corn silage or dairy waste is being added to the digester in addition to the manure Flowmeters are installed on both the food waste and manure feed so that specific ratios of each feedstock can be mixed together to uniform consistency The digester has a H2S abatement system installed This works by injecting air into the biogas The O reacts with the H2S to form H20 and elemental sulfur which precipitates out of the biogas in solid form When biogas leaves the digester it passes thru underground condensate lines and a condensate pit The cooler temperature under the ground dehumidifies the biogas and is used in place of a chiller and liquid to gas heat exchanger for dehumidification Biogas then passes thru a blower to increase pressure before either being combusted in the engine or flared A pressure and temperature compensated Roots rotary gas meter measures the total biogas that flows to both the engine and flare According to the digester design when the engine is running the flare should never be on because the engine at full load can consume all of the biogas the digester is projected to produce
34. pensation v e Utility Block and Rolling Average Demand Limit and Control Functions y Y e Historical Load Profiling S SS IS IS SIE dlt 64 Samples per Cycle Waveform Recorder Transformer Log Compensation 512 Samples per Cycle Waveform Recorder Y CT PT Compensation SHARK 200 METER EXTENSIVE DATA LOGGING CAPABILITY V2 and Higher The Shark 200 meter offers the capability of having 2 Megabytes of data logging to be used for historical trends limit alarms 1 0 changes and sequence of events The unit has a real time clock that allows for time stamping of all the data in the instrument when log events are created Historical Logs e 3 Assignable Historical Logs e Independently Program Trending Profiles e Up to 64 Parameters per Log System Events Log Historical Trending To protect critical billing information the meter records and logs the following with a time stamp e Demand Resets e Password Requests e System Startup e Energy Resets e Log Resets e Log Reads e Programmable Settings Changes Simultaneous Voltage and Current Waveform Recorder The unit records up to 512 samples per cycle for a voltage sag or Swell or a Current fault event The unit provides the pre and post event recording capability shown in the table below Waveform records are programmable to the desired sampling rate V5 provides up to 3 Megabytes storage and V6 provides a total of 4 Megabytes The meter s ad
35. ptember 1999 purification of the exhaust gas to meet stringent Italian emission requirements As a special feature at this plant the thermal energy is used for landfill leachate treatment as well as for greenhouse heating J316 GS PUB T Coke gas and natural gas This installation designed by GE s Jenbacher product Profusa Engine type 12 x JGS 316 GS S N L team enables Profusa to convert the residual coke producer of coke Electrical output gas with a hydrogen content of approximately 50 Bilbao Spain a with 100 coke gas 5 642 kW into valuable electrical energy Beginning 2008 the b with 60 coke gas and 40 natural gas 12 engines reached a combined total of one million or 100 natural gas 6 528 kW operating hours Commissioning November 1995 J320 GS A Biogas and natural gas In Ecoparc I organic waste is processed into biogas Ecoparc Engine type 5 x JMS 320 GS B N L which serves as energy source for our gas engines Barcelona Spain Electrical output 5 240 kW The generated electricity is used on site as well as Thermal output fed into the public power grid A portion of the a with Diogas aiesrenrzrrernsniis s 2 960 kW thermal energy is used as process heat in the bi with Natural GOS eed 3 005 kW digesters and the excess heat is bled off in the Commissioning December 2001 qir
36. ption FOST Versatile Link Terminated Option FOVP Modbus and DNP 3 0 protocols available Meter Auto Detects I O Card Type Simple Field Upgrade Y 100BASE T ETHERNET INP 1005 Simultaneous Data Connections Web Server SCADA Simultaneous Connections to Multiple Software Systems 100BaseT ETHERNET AND WEB SERVER Electro Industries Rapid Response Ethernet card allows for high speed Ethernet communication utilizing a 100BaseT protocol communicating with up to 12 connections with Modbus TCP The card supports a static IP address and is treated like a node on the network The Shark 200 meter provides fast and reliable updates to HMI packages SCADA and COM EXT download software The Web Server allows access by almost all browsers over the Internet SHARK 200 METER ANSI AND DIN MOUNTING The unit mounts directly in an ANSI C39 1 4 Round form or an IEC 92 mm DIN square form This is perfect for new installations and for existing panels In new installations simply use DIN or ANSI punches For existing panels pull out old analog meters and replace them with the Shark 200 meter The meter uses standard voltage and current inputs so that CT and PT wiring does not need to be replaced ANSI Mounting DIN Mounting 3 38 Sq 4 1 9 20cm H 4X 0 2 4 i 4 0 E U o N O American European One meter fits both standards SHARK 200 METER Meter Reading S
37. rator rotors are dynamically balanced to better than BS6861 Part 1 Grade 2 5 for minimum vibration in operation Two bearing generators are balanced with a half key INSULATION IMPREGNATION The insulation system is class H All wound components are impregnated with materials and processes designed specifically to provide the high build required for static windings and the high mechanical strength required for rotating components QUALITY ASSURANCE Generators are manufactured using production procedures having a quality assurance level to BS EN ISO 9001 The stated voltage regulation may not be maintained in the presence of certain radio transmitted signals Any change in performance will fall within the limits of Criteria B of EN 61000 6 2 2001 At no time will the steady state voltage regulation exceed 2 NB Continuous development of our products entitles us to change specification details without notice therefore they must not be regarded as binding Front cover drawing typical of product range STAMFORD HCI634H WINDING 312 CONTROL SYSTEM SEPARATELY EXCITED BY P M G MX321 A V R 0 5 With 4 ENGINE GOVERNING REFER TO SHORT CIRCUIT DECREMENT CURVES page 7 VOLTAGE REGULATION SUSTAINED SHORT CIRCUIT CLASS H IP23 INSULATION SYSTEM PROTECTION RATED POWER FACTOR 0 8 DOUBLE LAYER LAP TWO THIRDS STATOR WINDING WINDING PITCH WINDING LEADS 6 STATOR WDG RESISTANCE
38. rature compensated pulse output and can measure flows up to 15 891 cfh The meter will be installed and maintained according to the Roots Installation and Maintenance Guidelines by the facility A log of maintenance activities for the meters will be maintained at the site The lower heating value for the biogas is estimated to be 524 Btu ft based on past the ADG application This value will be verified based on the logged measurements of the biogas taken by the INCA 4001 gas analyzer installed at the farm The measurements taken by the gas analyzer include O CH4 H2S These values will be included in the daily transmitted file containing generator power and gas The gas analyzer provides data at 10 minute intervals These values will be in the local CDH database however they will not be uploaded to the NYSERDA website The gas analyzer location is marked in Figure 3 The boiler backup startup fuel flow propane is not metered or logged at this site The propane will only be used to run the boiler during the startup process for the digester Once the digester heats up and is producing sufficient amounts of biogas the facility will switch over from the propane boiler to the engine generator The engine generator is tuned to run on biogas only The facilities control system creates and sends one data file per day The file is row oriented and includes generator power total gas production flare valve position digester pressure digester
39. rs The 80175 compact meter like the Series Z is also ideal for small commercial applications but with a higher pressure rating This meter is rated for a 175 PSIG 12 Bar working oressure Also available as a Vapor Recovery Meter that is C A R B approved and available with a High Frequency transmitter PX Series A1 Foot Mount Meter The 102M125 Foot Mount meter is used for the measure ment of high volume industrial gas loads for capacities up to 965 3 MSCFH at 125 PSIG 27 334 Nm h at 8 6 Bar Meters and Instruments 9 SHARK200 ver E m 3 Z A UPGRADABLE FULLY FEATURED POWER amp ENERGY METER EE RevenuesGrad with Advanced I O and Power Quality o x ur u E i Au xr Eo a J ce od hs rs m i i a en r en _ A r i Hig ml nA k Y i 1 L E E j on i Im M Ap ore ks amp t ES E E FI AAA SE ZW AA p LELITI D VAB el PRESNE DATA LOGGING i Pu SCRUN TEM PEN LI M pan HRE nd E i LE je Documeet ETC TERME E if i oe Eds 2 e200 With E Expandable NO Ly Pje Shark 200 Meter Transducer We Shark 200T Transducer Only C S O AM QU JG 2000 ME o ES UIP e Simple Multifunction Meter V Switch Key 1 e Highly Accurate Metering Technology e Historical Data logging V Switch Key 2 e Expandable 1 0 with 100BaseT Ethernet e Advanced Power Quality Waveform e V Switch Technology Upgrade R
40. s control valves 740x600x212 mm 29 kg IP42 100 240 V 50 60 Hz 1 4 4 4 Compression fitting 6 mm 20 mbar rel 100 mbar rel ATEX certification G IIC lt 100 condensate possible Yes thermoelectric 3 30 C adjustable Hose pump 5 40 C 0 95 relative humidity 900 1250 hPa 0 9 1 2 bar 0 60 C 3 Communication Interface RS232 tun U N ION UNION Instruments GmbH Zeppelinstra e 42 Tel 49 0 721 9 52 43 0 info union instruments com Inst ru ments 76185 Karlsruhe Germany Fax 49 0 721 9 52 43 33 www union instruments com QA QC Plan Addendum Lawnhurst Farms QA QC Plan Addendum Lawnhurst Farms 4124 County Route 5 Stanley NY 14561 Site Contact Don Jensen III Lawnhurst Farms LLC 585 738 9403 lawnhurst smail com Steve McGlynn Envitec 585 802 0174 s mcglynn envitec biogas com e CDH was on site October 7 2014 to verify metering and complete the sites Project Installation Report PIR Summary Data is collected by Envitec s control system and made available to CDH to download via FTP Multiple data files are made daily and consist of data in varying time stamps Data Point Data File Description Eng Units Instrument Transducer FG Protokollierung Biogas to Engine leh Roots Rotary Gas Meter B4 G250 DO TD i cf TD Messwerte DigesterTemperature E o PD Messwerte Digester Pressure bar S FLARE JProt
41. s listed above However all hourly data s available from the NYSERDA CHP Website 1f the data quality flag of Data Exists 1s selected In the event of a communications or meter failure the farm will work with CDH Energy to resolve the issue in a few days If unanticipated loss of data occurs when the engine generator continues to produce electricity The Farm intends to follow the procedures outlined in Exhibit C of their contract 1 e taking the average output measured from similar length periods just prior and just after the outage or other method acceptable to NYSERDA The Farm understands that they can use this approach for up to two outages for up to 36 hours each per12 month performance period If more than two such data outages occur per 12 month period then the Farm will provide independent cumulative meter readings or other documentation to demonstrate any system power output during outages Otherwise the generator output will be assumed to equal zero for the outage period Annual Performance Reports Lawnhurst Farms will prepare Annual Performance Reports summarizing the monthly data over the 12 month performance period The reports will include a table example provided below showing the monthly kWh production biogas use by the engine and other data listed in Table 3 and 1f used any heating oil or other fuel used for the engine boiler The methods for calculating these values are provided below Table 3 Summary of Mont
42. surement range Vol Vol Measurement 1 ES 1 FS 3ppm 60 ppm 3 ppm 5ppm 199 Fo 1 Fo 5 FS aa lt 25 ppm lt 25 ppm T TT TT J lr Dll O po Matrix T Models Continuously measuring Component CH CO O O Chemical Paramagnetic continuously continuously continuously continuously voi 1 FS 1 FS Measurement 1 FS 1 FS 3 ppm 60 ppm 3 ppm 5 ppm 29 09 accuracy lt 25 ppm lt 25 ppm AO me e DT AA oa e wos L a Tos 10 0 no 10 100 mo owo o ma o Dimensions WxHxD Weight Protection class Power supply Gas inlets Sample gas inlets Calibration gas inlets Purge gas inlets Gas connections Max gas inlet pressure Min gas inlet pressure Flame arrester Rel gas humidity Condensate trap Ambient conditions Operating temperature Humidity Atmospheric pressure Storage temperature Interfaces Relays pumps control valves 640x600x229 mm 21 kg IP42 100 240 V 50 60 Hz 1 3 2 1 Compression fitting 6 mm 20 mbar rel optionally 300 mbar 100 mbar rel ATEX certification G IIC lt 95 condensate free Yes 5 40 C 0 95 relative humidity 900 1250 hPa 0 9 1 2 bar 0 60 C 3 Communication Interface RS232 INCA4001 Txxx xx Multi channel measuring device for condensate carrying gases with sample gas cooler and flexible measuring ranges Measurin
43. temperature ppm of H2S and percent of O and CH4 The data points from the gas analyzer are provided at coarse and varying intervals while the rest of the data points are consistent 5 minute intervals CDH Energy Corp 8 March 2014 QA QC Plan Lawnhurst Farms The Farm has created a FTP site that they will upload the data files to daily CDH has confirmed that the FTP site can be accessed and the daily log files can be downloaded processed and upload the data to the NYSERDA CHP Website If the daily FTP files are interrupted CDH will alert Envitech and request them to fix the daily file transfers and send any missing files Once the previous days data is successfully downloaded and stored locally it is removed in order to not take up unnecessary space on the FTP server The server has the capability to store at least forty 40 days of data Management of Monitoring System Data The Farm will perform the following quality assurance and quality control measures to ensure the data produced from our system accurately describes system performance On a daily basis The Farm equipment manager will perform inspections of the digester and engine generator equipment and record findings into the project log On a weekly basis The Farm equipment manager will perform inspections of the QA QC meter installations and complete the routine maintenance on the meters noting any abnormalities or unexpected readings The Farm will also maintain a weekly lo
44. the AVR to the main exciter giving a source of constant excitation power independent of generator output The main exciter output is then fed to the main rotor through a full wave bridge protected by a surge suppressor The AVR has in built protection against sustained over excitation caused by internal or external faults This de excites the machine after a minimum of 5 seconds Over voltage protection is built in and short circuit current level adjustments is an optional facility WINDINGS 8 ELECTRICAL PERFORMANCE All generator stators are wound to 2 3 pitch This eliminates triplen 3rd 9th 15th harmonics on the voltage waveform and is found to be the optimum design for trouble free supply of non linear loads The 2 3 pitch design avoids excessive neutral currents sometimes seen with higher winding pitches when in parallel with the mains A fully connected damper winding reduces oscillations during paralleling This winding with the 2 3 pitch and carefully selected pole and tooth designs ensures very low waveform distortion OT AMFORD generation TERMINALS 8 TERMINAL BOX Standard generators feature a main stator with 6 ends brought out to the terminals which are mounted on the frame at the non drive end of the generator A sheet steel terminal box contains the AVR and provides ample space for the customers wiring and gland arrangements It has removable panels for easy access SHAFT amp KEYS All gene
45. vanced DSP design allows Power Quality triggers to be based on a 1 cycle updated RMS Up to 170 events can be stored until the memory fills The meter stores waveform data in a first in first out circular buffer to insure data is always recording Optional Waveform Recorder Samples Pre Event Post Event Max Waveform Number of per Cycle Cycles Cycles per Event Stored Events 16 32 96 256 85 V5 32 16 48 128 85 64 8 24 64 85 E KA 128 4 12 32 170 V6 256 2 6 16 170 512 1 3 8 170 Note Sampling rate based on 60Hz systems For 50Hz systems multiply by 1 2 Waveform Scope The unit uniquely offers a waveform scope to view the real time waveform for voltage and current Waveform scope allows the meter to be used as a basic oscilloscope throughout a power system Waveform Scope Display I O Change Log e Provides a Time Stamped Log of any Relay Output Provides a Time Stamped Log of Input Status Changes e 2048 Events Available Limit Alarm Log e Provides Magnitude and Duration of an Event e Includes Time Stamps and Alarm Value e 2048 Events Available i i T ARIAS ili ATHE E niii il liii BEI I Limits Alarms and Control Capability V4 Option Limit Events e Any measured parameter e Up to 16 Limits e Voltage Imbalance e Current Imbalance e Based on of full scale settings Limit Set Up HIGH PERFORMANCE POWER QUALITY ANALYSIS V5 AND V6 Independent CBEMA Log Plotting The meter stores an ind
46. wer quality communication EE E V or kV and O traditionally found only in high performance and en n high cost systems This product is designed to incorporate TINT m TEE m OEA advanced features in a cost effective small package E zu RR for large scale low cost deployment within an electrical FR m distribution system VARh 0 2 5 to 8 Digits Programmable V Switch TECHNOLOGY ES se A VAh 0 2 5 to 8 Digits Programmable The Shark 200 meter is equipped with ElG s exclusive m E o V Switch technology This technology allows users ETO to upgrade and add features by using communication THD 2 096 1 to 99 99 commands as needed even after the meter is installed Load Bar 1 Segment 0 005 to 6 A Note Applies to 3 element WYE and 2 element Delta connections See full accuracy specifications in Shark 200 Meter User Manual Neutral current V6 2 accuracy V Switches Include the Following Features Feature Vi V2 V3 V4 Multifunction Measurement y y va y with I O Expansion 2 Megabytes Data Logging v Y Y 3 Megabytes Data Logging v Traceable Watt Hour Test Pulse for Accuracy Verification The Shark 200 device is a traceable revenue meter It contains a utility grade test pulse allowing power providers to verify and confirm that the meter is performing to its rated accuracy This is an essential feature 4 Megabytes Data Logging none Anaya 25 required of all billing grade meters TLC and CT PT Com
Download Pdf Manuals
Related Search