manual:module-based:recommended_grid_support_settings

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manual:module-based:recommended_grid_support_settings [2019/04/09 23:29]
admin [Anti-islanding] 		manual:module-based:recommended_grid_support_settings [2020/09/16 22:16] (current)
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 ====== Recommended grid-support settings ====== ====== Recommended grid-support settings ======
 +
 +===== Scope =====
 +This instruction guides how to set the grid-support functions required by
 +  * HECO Rule 14H
 +  * CPUC Rule 21
 +  * IEEE 1547
 +
 +This document covers the following models
 +  * PWS1-50K-NA
 +  * PWS1-100K-NA
 +  * PWS1-150K-NA
 +  * PWS1-250K-NA
 +  * PWS1-500KTL-NA
 +
  
 ===== Anti-islanding ===== ===== Anti-islanding =====
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning  ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 2| Anti-islanding| to dis-/enable Anti-islanding | Enabled |+|Setting -> AC -> Page 2 -> Anti-islanding  |to dis-/enable Anti-islanding  |Enabled  |Enabled  |Enabled  |
 ===== Frequency and Voltage Ride-through ===== ===== Frequency and Voltage Ride-through =====
 ==== Enabling ==== ==== Enabling ====
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 2 |FVRT enable | to dis-/enable frequency and voltage ride-through |Set to Enabled | +|Setting -> AC -> Page 2 -> FVRT enable | to dis-/enable frequency and voltage ride-through |Enabled |Enabled |Enabled | 
-|Setting -> AC -> Page 2 |FVRT current limit |to dis-/enable current limiting in ride-through |California: Enabled\\ Other regions: Disabled | +|Setting -> AC -> Page 2 -> FVRT current limit |to dis-/enable current limiting in ride-through |Disabled  |Enabled  |Unknown  |
  
 ==== Frequency Ride-through ==== ==== Frequency Ride-through ====
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 6| OFR# voltage| Over-frequency region # boundary , bias of nominal frequency |OFR1 frequency: 3 (+60Hz)\\  OFR2 frequency:<WRAP>+|Setting -> AC -> Page 6 -> OFR2 voltage| Over-frequency region 2 boundary, bias of nominal frequency |<WRAP>
   * 5 (+60Hz) for Molokai, Lanai     * 5 (+60Hz) for Molokai, Lanai  
   * 4 (+60Hz) for Oahu, Maui, Hawaii   * 4 (+60Hz) for Oahu, Maui, Hawaii
 </WRAP>  | </WRAP>  |
-|Setting -> AC -> Page 6| OFR#  time| Over-frequency region # trip time, -0.5~-1s later than ride-through until |OFR1 time: 20 s, making ride-through 19.98 s \\  OFR2 time: 0.1s, no ride through | +|Setting -> AC -> Page 6 -> OFR2  time| Over-frequency region 2 trip time, -0.5~-1s later than ride-through until |0.1s, no ride through | 
-|Setting -> AC -> Page 6| UFR# voltage| Under-frequency region # boundary, bias of nominal frequency| OFR1 frequency: -3 (+60Hz)\\  OFR2 frequency: <WRAP>+|Setting -> AC -> Page 6 -> OFR1 voltage| Over-frequency region 1 boundary, bias of nominal frequency |3 (+60Hz)  | 
 +|Setting -> AC -> Page 6 -> OFR1  time| Over-frequency region 1 trip time, -0.5~-1s later than ride-through until |20 s, making ride-through 19.98 s | 
 +|Setting -> AC -> Page 6 -> UFR1 voltage| Under-frequency region 1 boundary, bias of nominal frequency|-3 (+60Hz)| 
 +|Setting -> AC -> Page 6 -> UFR2 voltage| Under-frequency region 1 boundary, bias of nominal frequency|<WRAP>
   * -10 (+60Hz) for Molokai, Lanai   * -10 (+60Hz) for Molokai, Lanai
   * -4 (+60Hz) for Oahu, Maui, Hawaii   * -4 (+60Hz) for Oahu, Maui, Hawaii
 </WRAP> | </WRAP> |
-|Setting -> AC -> Page 6| UFR# time |Under-frequency region # trip time, -0.5~-1s later than ride-through until |UFR1 time: 20 s, making ride-through 19.98 s\\ UFR2 time: 0.1s, no ride through | +|Setting -> AC -> Page 6 -> UFR1 time |Under-frequency region 1 trip time, -0.5~-1s later than ride-through until |20 s, making ride-through 19.98 s| 
-|Setting -> AC -> Page 6| Restore upper limit freq |Grid reconnect threshold frequency-upper limit, bias of nominal frequency| 0.1 (+60Hz) | +|Setting -> AC -> Page 6 -> UFR2 time |Under-frequency region 2 trip time, -0.5~-1s later than ride-through until |0.1s, no ride through | 
-|Setting -> AC -> Page 6| Restore lower limit freq |Grid reconnect threshold frequency-lower limit, bias of nominal frequency| -0.1 (+60Hz) |+|Setting -> AC -> Page 6 -> Restore upper limit freq |Grid reconnect threshold frequency-upper limit, bias of nominal frequency| 0.1 (+60Hz) | 
 +|Setting -> AC -> Page 6 -> Restore lower limit freq |Grid reconnect threshold frequency-lower limit, bias of nominal frequency| -0.1 (+60Hz) |
  
 ==== Voltage Ride-through ==== ==== Voltage Ride-through ====
  
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI  (legacy name before M1330) ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 5|OVR# voltage |Over-voltage region # boundary, ratio of nominal voltage |OVR1 voltage: 1.1 (*480V)\\ OVR2 voltage: 1.2 (*480V) | +|Setting -> AC -> Page 5 -> OVR# voltage |Over-voltage region # boundary, ratio of nominal voltage |OVR1 voltage: 1.1 (*480V)\\ OVR2 voltage: 1.2 (*480V) | 
-|Setting -> AC -> Page 5|OVR# time |Over-voltage region # trip time, 0.02s later than ride-through until |OVR1 time: 0.94 s, making ride-through until 0.92s\\ OVR2 time: 0.1 s, no ride-through | +|Setting -> AC -> Page 5 -> OVR# time |Over-voltage region # trip time, 0.02s later than ride-through until |OVR1 time: 0.94 s, making ride-through until 0.92s\\ OVR2 time: 0.1 s, no ride-through | 
-|Setting -> AC -> Page 5|UVR# voltage |Under-voltage region # boundary, ratio of nominal voltage |UVR1 voltage: 0.88 (*480V)\\  UVR2 voltage: 0.7 (*480V)\\  UVR3 voltage: 0.5 (*480V) | +|Setting -> AC -> Page 5 -> UVR# voltage |Under-voltage region # boundary, ratio of nominal voltage |UVR1 voltage: 0.88 (*480V)\\  UVR2 voltage: 0.7 (*480V)\\  UVR3 voltage: 0.5 (*480V) | 
-|Setting -> AC -> Page 5|UVR# time |Under-voltage region # trip time, 0.02s later than ride-through until |UVR1 time: 20 s, making ride-through until 19.98s\\ UVR2 time: 11 s, making ride-through until 10.98s\\ UVR3 time: 0.1 s, no ride-through |+|Setting -> AC -> Page 5 -> UVR# time |Under-voltage region # trip time, 0.02s later than ride-through until |UVR1 time: 20 s, making ride-through until 19.98s\\ UVR2 time: 11 s, making ride-through until 10.98s\\ UVR3 time: 0.1 s, no ride-through |
  
  
 ===== Soft Start Ramp Rate (SS) and Normal Ramp Rate (RR) ===== ===== Soft Start Ramp Rate (SS) and Normal Ramp Rate (RR) =====
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 2 |P change mode |How the power changes when instructed, step or with ramp |Set to "Ramp rate" to enable SS and RR| +|Setting -> AC -> Page 2 -> P change mode |How the power changes when instructed, step or with ramp |Set to "Ramp rate" to enable SS and RR| 
-|Setting -> AC -> Page 1 |Soft-Start reconnection ramp rate |SS |<0.0032 (*Pnom/s)| +|Setting -> AC -> Page 1 -> Soft-Start reconnection ramp rate |SS |<0.0032 (*Pnom/s)| 
-|Setting -> AC -> Page 1 |Grid reconnection delay |Grid reconnection delay |300 s| +|Setting -> AC -> Page 1 -> Grid reconnection delay |Grid reconnection delay |300 s| 
-|Setting -> AC -> Page 1 |Normal Ramp Rate |RR |1 (*Pnom/s)|+|Setting -> AC -> Page 1 -> Normal Ramp Rate |RR |1 (*Pnom/s)|
  
  
 ===== Volt-VAr ===== ===== Volt-VAr =====
  
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 1| AC operation mode | to enable Votl-VAr control |Set to V/VAr control to apply Votl-VAr control | +|Setting -> AC -> Page 1 -> AC operation mode | to enable Votl-VAr control |Set to V/VAr control to apply Votl-VAr control | 
-|Setting -> AC -> Page 7| Volt/var point 1 |V1 at Q1, ratio of nominal voltage |0.92 (*480V) | +|Setting -> AC -> Page 7 -> Volt/var point 1 |V1 at Q1, ratio of nominal voltage |0.92 (*480V) | 
-|Setting -> AC -> Page 7| Volt/var point 2 |V2 at Q2, ratio of nominal voltage |0.97 (*480V) | +|Setting -> AC -> Page 7 -> Volt/var point 2 |V2 at Q2, ratio of nominal voltage |0.97 (*480V) | 
-|Setting -> AC -> Page 7| Volt/var point 3 |V3 at Q3, ratio of nominal voltage |1.03 (*480V) | +|Setting -> AC -> Page 7 -> Volt/var point 3 |V3 at Q3, ratio of nominal voltage |1.03 (*480V) | 
-|Setting -> AC -> Page 7| Volt/var point 4 |V4 at Q4, ratio of nominal voltage |1.07 (*480V) | +|Setting -> AC -> Page 7 -> Volt/var point 4 |V4 at Q4, ratio of nominal voltage |1.07 (*480V) | 
-|Setting -> AC -> Page 7| Max. inductive reactive regulation |Q4, ratio of nominal capacity |0.3 (*Pnom) | +|Setting -> AC -> Page 7 -> Max. inductive reactive regulation |Q4, ratio of nominal capacity |0.3 (*Pnom) | 
-|Setting -> AC -> Page 7| Max. capacitive reactive regulation |Q1, ratio of nominal capacity |0.3 (*Pnom) | +|Setting -> AC -> Page 7 -> Max. capacitive reactive regulation |Q1, ratio of nominal capacity |0.3 (*Pnom) | 
-|Setting -> AC -> Page 7| Initial. inductive reactive regulation 3 |Q3, ratio of nominal capacity |0 (*Pnom) | +|Setting -> AC -> Page 7 -> Initial. inductive reactive regulation 3 |Q3, ratio of nominal capacity |0 (*Pnom) | 
-|Setting -> AC -> Page 7| Initial. capacitive reactive regulation 2 |Q2, ratio of nominal capacity |0 (*Pnom) | +|Setting -> AC -> Page 7 -> Initial. capacitive reactive regulation 2 |Q2, ratio of nominal capacity |0 (*Pnom) | 
-|Setting -> AC -> Page 7| Volt/var reaction time |Volt-VAr response time |1 s | +|Setting -> AC -> Page 7 -> Volt/var reaction time |Volt-VAr response time |1 s | 
-|Setting -> AC -> Page 7| Volt/var Vref |Vref, ratio of nominal voltage |1 (*480V)| +|Setting -> AC -> Page 7 -> Volt/var Vref |Vref, ratio of nominal voltage |1 (*480V)| 
  
  
 ===== Volt-Watt and Freq-Watt ===== ===== Volt-Watt and Freq-Watt =====
 ==== Enabling  ==== ==== Enabling  ====
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 2 |Active power regulation |Set to Volt control to apply Volt-Watt |Unaware of present CPUC/HECO politics | +|Setting -> AC -> Page 2 -> Active power regulation |Set to Volt control to apply Volt-Watt |Unaware of present CPUC/HECO politics | 
-|Setting -> AC -> Page 2 |Active power regulation |Set to Freq control to apply Freq-Watt |Unaware of present CPUC/HECO politics | +|Setting -> AC -> Page 2 -> Active power regulation |Set to Freq control to apply Freq-Watt |Unaware of present CPUC/HECO politics | 
-|Setting -> AC -> Page 2 |Active power regulation |Set to V/F control to apply Volt-Watt and Freq-Watt at the same time.  Yet Freq-Watt prior to Volt-Watt |Unaware of present CPUC/HECO politics |+|Setting -> AC -> Page 2 -> Active power regulation |Set to V/F control to apply Volt-Watt and Freq-Watt at the same time.  Yet Freq-Watt prior to Volt-Watt |Unaware of present CPUC/HECO politics |
  
 ==== Volt-Watt  ==== ==== Volt-Watt  ====
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 8 |Volt/Watt V1 |Volt-Watt V1 |1.06 (*480V) | +|Setting -> AC -> Page 8 -> Volt/Watt V1 |Volt-Watt V1 |1.06 (*480V) |1.06 (*480V) |1.06 (*480V) | 
-|Setting -> AC -> Page 8 |Volt/Watt ramp rate |useless, cancelled in V1440 |0 | +|Setting -> AC -> Page 8 -> Volt/Watt ramp rate |useless, cancelled in V1440 |0 | 
-|Setting -> AC -> Page 8 |Volt/Watt delay |Volt/Watt return delay |60 s | +|Setting -> AC -> Page 8 -> Volt/Watt delay |Volt/Watt return delay |60 s |60 s |60 s | 
-|Setting -> AC -> Page 8 |Volt/Watt V2 |Volt-Watt V2 |1.1 (*480V) | +|Setting -> AC -> Page 8 -> Volt/Watt V2 |Volt-Watt V2 |1.1 (*480V) |1.1 (*480V) |1.1 (*480V) | 
-|Setting -> AC -> Page 8 |Volt/Watt P1 |Volt-Watt P1 |1 (*power setpoint) | +|Setting -> AC -> Page 8 -> Volt/Watt P1 |Volt-Watt P1 |1 (*power setpoint) |1 (*power setpoint) |1 (*power setpoint) | 
-|Setting -> AC -> Page 8 |Volt/Watt P2 |Volt-Watt P2 |0 (*power setpoint) | +|Setting -> AC -> Page 8 -> Volt/Watt P2 |Volt-Watt P2 |0 (*power setpoint) |0 (*power setpoint) |0 (*power setpoint) | 
-|Setting -> AC -> Page 8 |Volt/Watt response time |Volt-Watt response time|10 s |+|Setting -> AC -> Page 8 -> Volt/Watt response time |Volt-Watt response time|10 s |10 s |10 s |
  
 ==== Freq-Watt ==== ==== Freq-Watt ====
-^  Page  ^  Parameter on HMI  ^  Meaning   ^  How to set  ^ +^Parameter on HMI (legacy name before M1330)  ^Meaning   ^HECO requirement  ^CA rule 21 requirement  ^IEEE1547 requirement  ^ 
-|Setting -> AC -> Page 8 |Freq/Watt point |Fstart, the frequency Freq-Watt supposed to start |0.25 (+60Hz) | +|Setting -> AC -> Page 8 -> Freq/Watt point |Fstart, the frequency Freq-Watt supposed to start |0.25 (+60Hz) | 
-|Setting -> AC -> Page 8 |Freq/Watt ramp rate |Freq-Watt slope |0.05 (*power setpoint/Hz) | +|Setting -> AC -> Page 8 -> Freq/Watt ramp rate |Freq-Watt slope |0.05 (*power setpoint/Hz) | 
-|Setting -> AC -> Page 8 |Freq-Watt response time |Freq-Watt response time |0.50 s |+|Setting -> AC -> Page 8 -> Freq-Watt response time |Freq-Watt response time |0.50 s |
  
  
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  • Last modified: 2020/09/16 22:07
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