CRESS
Memandangkan pengguna dikenakan pada 2 kadar tenaga yang berbeza (waktu puncak dan luar puncak), bagaimanakah pengimbangan antara penggunaan dan penjanaan RE akan dilakukan?
Jawapan: Tenaga daripada penjanaan RE akan diimbangi dahulu dengan penggunaan tenaga waktu puncak. Sekiranya terdapat baki, ia akan diimbangi dengan penggunaan tenaga luar waktu puncak. Sebagai contoh:-
Sebelum CRESS: Puncak = 30kWh, Luar Puncak = 40kWh
Jumlah daripada TNB = 70kWh
Selepas CRESS, jumlah tenaga yang diperlukan masih 70kWh. Jika GC mengambil xxkWh daripada RED, baki tenaga yang diperlukan yang diambil daripada TNB dikira seperti berikut:-
| Senario | Tenaga dibekalkan oleh RED (kWh) | Baki tenaga dibekalkan oleh TNB | Jumlah penggunaan tenaga (kWh) | |
|---|---|---|---|---|
| Puncak (kWh) | Luar Puncak (kWh) | |||
| #1 | 20 | 10 | 40 | 70 |
| #2 | 30 | 0 | 40 | 70 |
| #3 | 40 | 0 | 30 | 70 |
| #4 | 70 | 0 | 0 | 70 |
CRESS
What is the dispatch priority during solar energy generation? E.g. is it to fully charge the BESS first and export to grid once BESS is fully charged or vice versa? Or is the battery mainly to help firm up/smooth out the half-hourly firm output?
Are there any limitations to the interconnection (export capacity) other than the PSS? i.e. Is the interconnection capacity set at 50% of the plant AC capacity?
Under clause 8.14(a), the BESS is “dispatchable by GSO as per system requirements”. Under what circumstances will GSO be dispatching power from the BESS— i. Is this for emergency / occasional use only under unusual circumstances, and otherwise, the RED w
Under clause 8.14(a), the BESS is “dispatchable by GSO as per system requirements”. Under what circumstances will GSO be dispatching power from the BESS— i. Is this for emergency / occasional use only under unusual circumstances, and otherwise, the RED w
Are there any limitations to the interconnection (export capacity) other than the PSS? i.e. Is the interconnection capacity set at 50% of the plant AC capacity?