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Transcript
General Information
* Required
General
* Plant Name
* Company Name
* Name of individual completing data
* Email of individual completing data
* Phone of individual completing data
* Has any data in any sheet changed
from previous year
* PJM TO area
* Plant code
* Commercial Operation Year
* Prime Mover Code
* Ownership Code
Location
* County
* City
* State
* Zip
Energy Source Code
*A
B
C
D
E
Generator Capability
Summer
* Name Plate (MW)
* Unit Maximum (MW)
* Unit Minimum (MW)
* Total Gross Energy
* Auxiliary load (MW)
* Auxiliary load (MVAR)
* Station Load (MW)
* Station Load (MVAR)
Total Reactive Power Capability at
Max Gross Energy Output
* Leading (MVAR)
* Lagging (MVAR)
Winter
Auxiliary Loads are those loads related to the operation
of a specific generator. Fox example any fans or pumps
etc.
The station load is also known as house load. These are
loads related to the facility where the power plant is
located but not related to the operation of the power
plant. This tends to be constant.
Underexcited
Overexcited
Synchronous Gen Parameters
* Required
* Want to submit data for a Synchronous Generator? Please Select...
Provide individual generator capability (All values requested here are for individual units)
* Machine ID (e.g. ST, CT, CT1, CT2, ST2, etc.):
Note: List all the machine IDs that these data corresponds (e.g. CT1, CT2).
* MVA base:
* Terminal voltage:
* Nominal power factor:
* Unit maximum net capacity output (unit CIR):
* Unit gross energy output:
* Unit reactive power capability at max gross energy output - leading:
* Unit reactive power capability at max gross energy output - lagging:
Unit auxiliary load at max gross energy power output:
* Where is the auxiliary load being connected?
Please provide diagram illustrating aux load configuration.
* Any additional comments on the capability (Aux Load):
Generator Parameters
All reactances and resistance values in PU on Machine MVA Base
* Combined turbine-generator-exciter inertia, H:
* Speed damping coefficient, D:
Generator Saturation
* Generator saturation at 1.0 p.u. voltage, S (1.0):
* Generator saturation at 1.2 p.u. voltage, S (1.2):
Unsaturated Reactances
* Direct axis synchronous reactance, Xd(i):
* Direct axis transient reactance, X'd(i):
* Direct axis sub-transient reactance, X"d(i):
* Quadrature axis synchronous reactance, Xq(i):
* Quadrature axis transient reactance, X'q(i):
* Quadrature axis sub-transient reactance, X"q(i):
* Stator leakage reactance, Xl:
* Negative sequence reactance, X2(i):
* Zero sequence reactance, X0(i):
Saturated Reactances
* Saturated subtransient reactance, X"d(v):
* Negative sequence reactance, X2(v):
* Zero sequence reactance, X0(v):
Resistances
* DC armature resistance, Ra:
* Positive sequence resistance, R1:
* Negative sequence resistance, R2:
* Zero sequence resistance, R0:
Time Constants
* Direct axis transient open circuit, T'do:
* Direct axis sub-transient open circuit, T"do:
* Quadrature axis transient open circuit, T'qo:
* Quadrature axis sub-transient open circuit, T"qo:
* Armature three-phase short circuit, Ta3:
Control Systems
Select the appropriate dynamic model
* Exciter
* If any of the above models are not submitted, then explanation is required:
* Governor:
* If any of the above models are not submitted, then explanation is required:
* Power System Stabilizer (PSS):
* If any of the above models are not submitted, then explanation is required:
Additional Information:
Synchronous Transformer
* Want to submit data for a Generator Step-up Transformer (GSU)?
Please complete all required information below. If you do not wish to submit a transformer for
this turbine, please select "No" in the drop down above.
Generator Step-Up (GSU) Transformer Form
Note: Main Transformer information is requested in a separate form.
* MVA base:
Total Transformer Ratings (MVA) e.g. OA/FA1/FA2
* Rating 1:
* Rating 2:
* Rating 3:
* Select transformer windings:
Impedances (All Values in PU on Transformer MVA base)
* (a) High-side to low-side:
* (b) High-side to tertiary:
* (c) Low-side to tertiary:
Winding Voltages (kV)
* High-side:
* Low-side:
* Tertiary:
Winding Connection Types (Delta, Wye, Wye Gnd, etc)
* High-side:
* Low-side:
* Tertiary:
* Tap position:
Off-nominal Turns Ratio:
Number of taps:
Step size:
Any additional comments on the transformer?
Example: Specify machine ID
eters
Only fill the data below if 'Yes' is selected on the left
No
MVA
KV
Summer
Winter
MW
MVAR
Underexcited
MVAR
Overexcited
MW
MVAR
Please select...
Load related to the operations of the plant (e.g. fans, pumps, etc.)
Pink label and addition
'Location other than tw
dropdown above
kWs/kVA
1 < H < 10
P.U.
0≤D<3
PU
0 < S1.0
PU
S1.0 < S1.2
PU
xd < 2.5
PU
x'd < 0.5 x xd
PU
x"d < x'd
PU
xq < xd
PU
x'q < xq
PU
x"q < x'q
PU
PU
PU
PU
X"d(v) < X"d(i)
PU
PU
Ohms
PU
PU
PU
sec
1. < T(′do < 10.)
sec
0.01667 < T"do < 0.2
sec
0.2 ≤ T′qo ≤ 1.5
sec
0.01667 ≤ T"qo ≤ 0.2
sec
0.025 ≤ Ta ≤ 0.1
Please select....
Please select....
Please select...
Please select...
mer
Please select...
MVA
MVA
Only fill the data below if 'Yes' is selected on
MVA
MVA
If Three Windings was selected for transform
with tertiary in the name are required
Please select...
R
PU
PU
PU
KV
KV
KV
jX
X/R
d on the left
Pink label and additional comment box is only required if
'Location other than two options above' was selected for
dropdown above
If Other or N/A is selected for Exciter textbox on the left will be
required
If Other or N/A is selected for Governer textbox on the left will be
required
If N/A is selected for PSS textbox on the left will be required
w if 'Yes' is selected on the left
s selected for transformer winding fields
ame are required
Wind Farm Parameters
* Required
* Want to submit data for a Wind Farm? Please Select...
Wind Farm Parameters
* Specify manufacturer:
* Specify model:
* MW Value per turbine (nominal rating):
* Number of wind turbines generators of the selected type:
* MVA base:
* Terminal voltage:
* Nominal power factor:
* Stator resistance, R1:
* Saturated sub-transient reactance, X"d(v):
No
MVA
KV
PU on MVA base
Ohms
PU on MVA base
* Control mode:
Please select...
* Voltage relays?
* If yes, provide voltage relay settings:
Please select...
* Frequency relays?
* If yes, provide frequency relay settings:
Please select...
* Additional windfarm compensation:
Please select...
Wind Farm Transformer
Generator Step-Up (GSU) Transformer Form
Note: Main Transformer information is requested in a separate form.
* MVA base:
MVA
Total Transformer Ratings (MVA) e.g. OA/FA1/FA2
* Rating 1:
* Rating 2:
* Rating 3:
* Select transformer windings:
Impedances (All Values in PU on Transformer MVA base)
MVA
MVA
MVA
Please select...
* (a) High-side to low-side:
* (b) High-side to tertiary:
* (c) Low-side to tertiary:
PU
PU
PU
Winding Voltages (kV)
* High-side:
* Low-side:
* Tertiary:
KV
KV
KV
Winding Connection Types (Delta, Wye, Wye Gnd, etc)
* High-side:
* Low-side:
* Tertiary:
* Tap position:
Off-nominal Turns Ratio:
Number of taps:
Step size:
Any additional comments on the transformer?
s
r
No
Please select...
Please select...
Please select...
Please select...
Only fill the data below if 'Yes' is selected on the left
If Three Windings was selected for transformer windi
with tertiary in the name are required
Please select...
R
jX
X/R
d on the left
s selected for transformer winding fields
ame are required
Inverter Based Parameters
* Required
* Want to submit data for an Inverted Based Generator? Please Select...
No
Inverter Based Parameters
* Type of inverter based technology (e.g solar, storage, etc.):
* Specify manufacturer of inverter:
* Specify model:
* MW Value per inverter:
* Total number of inverters:
* MVA Base per inverter:
* Terminal voltage:
* Nominal power factor:
* Nominal output current at full load per inverter:
* Maximum fault current output from the inverter:
* How fast can the inverter be disconnected from the system subsequent to a
fault?
MW
MVA
KV
PU
Amps
Amps or per unit
cycles
Dynamic modeling
* Description of dynamic performance of the inverter during a fault. Please
describe how the selected inverter will behave dynamically with respect to real
power, reactive power and tripping points for voltage and frequency:
Examples: Constant real and reactive power injection during a fault. No tripping
allowed. Fluctuations in real and reactive power depending on system conditions.
Please submit dynamic model for an accurate representation.
* Is the inverter designed with Low Voltage Ride-Through (LVRT) capability?
Please sel
* Voltage relays?
* If yes, provide voltage relay settings:
Please sele
* Frequency relays?
* If yes, provide frequency relay settings:
Please sele
Note: All inverter based projects greater than 30 MW must submit a dynamic
model. Dynamic model may be requested for projects less than 30 MW depending
on the area. To avoid delays, whenever available, please submit a dynamic model.
Inverter Based Transformer
Generator Step-Up (GSU) Transformer Form
Note: Main Transformer information is requested in a separate form.
* MVA base:
Total Transformer Ratings (MVA) e.g. OA/FA1/FA2
* Rating 1:
* Rating 2:
* Rating 3:
* Select transformer windings:
Impedances (All Values in PU on Transformer MVA base)
MVA
MVA
MVA
MVA
Please sel
* (a) High-side to low-side:
* (b) High-side to tertiary:
* (c) Low-side to tertiary:
PU
PU
PU
Winding Voltages (kV)
* High-side:
* Low-side:
* Tertiary:
KV
KV
KV
Winding Connection Types (Delta, Wye, Wye Gnd, etc)
* High-side:
* Low-side:
* Tertiary:
* Tap position:
Off-nominal Turns Ratio:
Number of taps:
Step size:
Any additional comments on the transformer?
No
Please select...
Please select...
Please select...
Only fill the data below if 'Yes' is selected on the left
If Three Windings was selected for transformer winding
with tertiary in the name are required
Please select...
R
jX
X/R
or transformer winding fields
quired
Main Transformer
* Required
* Want to submit data for a Main Transformer? Please Select...
Generator Step-Up (GSU) Transformer Form
Note: Main Transformer information is requested in a separate form.
* MVA base:
Total Transformer Ratings (MVA) e.g. OA/FA1/FA2
* Rating 1:
* Rating 2:
* Rating 3:
* Select transformer windings:
Impedances (All Values in PU on Transformer MVA base)
No
MVA
MVA
MVA
MVA
Please select...
R
* (a) High-side to low-side:
* (b) High-side to tertiary:
* (c) Low-side to tertiary:
PU
PU
PU
Winding Voltages (kV)
* High-side:
* Low-side:
* Tertiary:
KV
KV
KV
Winding Connection Types (Delta, Wye, Wye Gnd, etc)
* High-side:
* Low-side:
* Tertiary:
* Tap position:
Off-nominal Turns Ratio:
Number of taps:
Step size:
Any additional comments on the transformer?
Only fill the data below if 'Yes' is selected on the left
If Three Windings was selected for transformer winding fields
with tertiary in the name are required
e select...
jX
X/R
Ownership
S
single ownership by respondent
J
jointly owned with another entity
W
wholly owned by an entity other than respondent
Prime Mover Codes
ST
Steam Turbine, including nuclear, geothermal and solar steam (does
not include Combined Cycle)
GT
Combustion (Gas) Turbine
IC
Internal Combustion (diesel, piston) Engine
CA
Combined Cycle Steam Part
CC
Combined Cycle Total Unit (use only for plants/generators that are in
planning stage, for which specific generator details cannot be
provided)
CS
Combined Cycle Single Shaft (combustion turbine and steam turbine
share a single generator)
CT
Combined Cycle Combustion Turbine Part (type of coal must be
reported as energy source for integrated coal)
HY
Hydraulic Turbine (includes turbines associated with delivery of water
by pipeline)
PS
Hydraulic Turbine – Reversible (pumped storage)
PV
Photovoltaic
WT
Wind Turbine
CE
Compressed Air Energy Storage
FC
Fuel Cell
OT
Other
NA
Unknown at this time (use only for plants/generators that are in
planning stage, for which specific generator details cannot be
provided)
Energy Source Code
BIT
Anthracite Coal, Bituminous Coal
LIG
Lignite Coal
SUB
Subbituminous Coal
WC
Waste/Other Coal (Anthracite Culm, Bituminous Gob, Fine Coal,
Lignite Waste, Waste Coal)
SC
Coal-based Synfuel and include briquettes, pellets, or extrusions,
which are formed by binding materials and processes that recycle
material
DFO
Distillate Fuel Oil (includes all Diesel and No. 1, No. 2, and No. 4 Fuel
Oils)
JF
Jet Fuel
KER
Kerosene
RFO
Residual Fuel Oil (includes No. 5 and No. 6 Fuel Oils and Bunker C Fuel
Oil)
WO
Oil-Other and Waste Oil (Butane (Liquid), Crude Oil, Liquid Byproducts,
Oil Waste, Propane (Liquid), Re-Refined Motor Oil, Sludge Oil, Tar Oil)
PC
NG
BFG
OG
Petroleum Coke
Natural Gas
Blast-Furnace Gas
Other Gas (Butane, Coal Processes, Coke-Oven, Refinery, and other
processes)
Propane
Nuclear (Uranium, Plutonium, Thorium)
Agriculture Crop Byproducts/Straw/Energy Crops
Black Liquor
Geothermal
Landfill Gas
Municipal Solid Waste
Other Biomass Solids (Animal Manure and Waste, Solid Byproducts,
and other solid biomass not specified)
Other Biomass Liquids (Ethanol, Fish Oil, Liquid Acetonitrile Waste,
Medical Waste, Tall Oil, Waste Alcohol, and other biomass liquids not
specified)
Other Biomass Gases (Digester Gas, Methane, and other biomass
gases)
Other (Batteries, Chemicals, Coke Breeze, Hydrogen, Pitch, Sulfur, Tar
Coal, and miscellaneous technologies)
Purchased Steam
Sludge Waste
Solar (Photovoltaic, Thermal)
Tires
Water (Conventional, Pumped Storage)
Wood/Wood Waste Solids (Paper Pellets, Railroad Ties, Utility Poles,
Wood Chips, and other wood solids)
Wood Waste Liquids (Red Liquor, Sludge Wood, Spent Sulfite Liquor,
and other wood related liquids not specified)
Wind
Not Available
PG
NUC
AB
BLQ
GEO
LFG
MSW
OBS
OBL
OBG
OTH
PUR
SLW
SUN
TDF
WAT
WDS
WDL
WND
NA