EH-0200 PQ and derating curves

description eh 0200 cal doc 01 v3 pq derating curves for eh0200 inverter pq curves by default, the pcs operates in active power priority when required, it can operate on reactive power mode with two options working mode 1 in this mode, pcs operates in reactive priority mode by default; when scheduling according to "controlled direct reactive power regulation", the maximum reactive power capacity is s=220kva after responding to the reactive power q kvar capacity, the remaining capacity p kw capacity is then used to respond to the active power working mode 2 in this mode pcs operates in reactive priority mode by default; when conducting constant power factor scheduling according to the "controlled power factor adjustment", it has the following table characteristics pq tables for 20c1600k with 8 inverters standard table for reactive power and active power limits power factor cosφ active power max kw reactive power max kvar 1 00 1760 00kw 00kvar 0 95 1672 00kw 549 56kvar 0 90 1584 00kw 767 17kvar 0 85 1496 00kw 927 14kvar 0 80 1408 00kw 1056 00kvar 0 70 1232 00kw 1256 89kvar 0 75 1320 00kw 1164 13kvar 0 65 1144 00kw 1337 48kvar 0 60 1056 00kw 1408 00kvar 0 55 968 00kw 1469 89kvar 0 50 880 00kw 1524 20kvar 0 45 792 00kw 1571 73kvar 0 40 704 00kw 1613 07kvar 0 35 616 00kw 1648 68kvar 0 30 528 00kw 1678 93kvar 0 25 440 00kw 1704 11kvar 0 20 352 00kw 1724 44kvar 0 15 264 00kw 1740 09kvar 0 10 176 00kw 1751 18kvar 0 05 88 00kw 1757 80kvar 0 00 00kw 1760 00kvar see calculations report {% file src=" gitbook/assets/eh 0200 ha m inverter p q curve and reports v3 pdf" %} derating with bus voltage the battery voltage range that supports the pcs operating at rated power is 1,000–1,400 vdc the battery voltage range of the 20c2h1600k is 1,075 2–1,363 2 vdc (cell voltage 2 8–3 55 vdc) within this range the pcs operate at 80% of the rated apparent power at 1500vdc if the battery voltage drops below 1,000 vdc or rises above 1,500 vdc, the pcs will not operate the calculation is determined by internal software and hardware design of the r\&d department, and complies with iec 62477 1 (lvd) and iec 61000 6 2 6 4 (emc) derating with altitude the pcs is capable of operating at 110% of the rated apparent power at altitudes from 0 to 3000m, 100% of the rated apparent power at 4000m the calculation is determined by internal software and hardware design of the r\&d department, and complies with iec 62477 1 (lvd) and iec 61000 6 2 6 4 (emc) derating with temperature the pcs is capable of operating at 110% of the rated apparent power at 30℃ 35℃, 100% of the rated apparent power at 45℃ the calculation is determined by internal software and hardware design of the r\&d department, and complies with iec 62477 1 (lvd) and iec 61000 6 2 6 4 (emc)