29
the active power will be regulated with the ramp rate. The ramp rate is defined as multiple of set active power
per hertz that above the above the Freq/Watt point.
Freq/Watt point
: to set the Freq/Watt trigger threshold.
Freq/Watt ramp rate
: to set the ramp rate when Freq/Watt is triggered
6.5.5
DC settings
Fig. 6-8 DC settings
DC operation mode
: please set it as “auto”.
CHG/ DCRG
current: Set charging or discharging current within the rated power according to the actual
demand. (Available only after “energy dispatching mode” in “system parameter” is set as “DC dispatching”,
and DC operation mode is set as “constant I mode”.)
CHRG/ DCHRG power
: Set charging and discharging power within the rated power page according to the
actual demand. (It is valid only after “energy dispatching mode” in “system parameter” is set as “DC
dispatching”, and DC operation mode is set as “constant P mode”.)
EOD V of Batt
: Prioritize the setting according to the manufacturer’s recommendation. Conduct setting
according to the following data in case of manufacturer’s data cannot be obtained:
Set 2V lead battery according to 1.67~1.80V* number of batteries in series;
set 3.2V lithium batteries according to 2.70~2.75V* number of batteries in series.
Float CHRG V
: Prioritize the setting according to the manufacturer’s recommendation. Conduct setting
according to the following data when manufacturer’s data cannot be obtained: Set 2V lead batteries
according to 2.20~2.27V* number of batteries in series; set 3.2V lithium batteries according to 3.60~3.70V*
number of batteries in series. Keep consistent with the equalizing voltage of battery.
Equal CHRG V
: Prioritize the setting according to the manufacturer’s recommendation. Conduct setting
according to the following data when manufacturer’s data cannot be obtained: Set 2V lead battery according
to 2.20~2.27V* number of batteries in series; set 3.2V lithium batteries according to 3.60~3.70V* number of
batteries in series.
E/C to F/C I: Prioritize the setting according to the manufacturer’s recommendation. Set 2V lead batteries
according to 0.02C~0.05C in case of manufacturer’s data cannot be obtained. Other connection types can
be set as 1A.
Max. CHRG I
: Set 50K as 100A, set 100K as 200A and set 150K as 300A.
Max. DCHRG I
: Set 50K as 100A, set 100K as 200A and set 150K as 300A.
Max. Precharge I
: Set 50K as 100A, set 100K as 200A and set 150K as 300A.
DCHRG Inception Voltage
: Conduct setting according to EOD voltage when there are no special
Содержание PWS1-500KTL-NA
Страница 1: ...Sinexcel PWS1 500KTL NA Grid Support Utility Interactive Energy Storage Inverter ...
Страница 2: ......
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Страница 7: ...Appendix 2 Quality assurance and after sales service 39 Installation Records 41 ...
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Страница 19: ...Chapter IV Device Installation 11 Fig 3 4 Appearance diagram for PWS1 500KTL NA storage inverter ...
Страница 34: ...26 第六章 操作控制显示面板 6 5 4 AC settings ...
Страница 35: ...27 Fig 6 7 AC settings ...
Страница 41: ...第六章 操作控制显示面板 33 ...
Страница 45: ...Chapter VII Communication Mode 37 Fig 7 5 Structure diagram for background monitoring system ...
Страница 49: ...Installation Records ...