Alpha ESS SMILE-EVCT11 Kurulum ve Kullanım Kılavuzu - Sayfa 11

Otomobil Aksesuarları Alpha ESS SMILE-EVCT11 için çevrimiçi göz atın veya pdf Kurulum ve Kullanım Kılavuzu indirin. Alpha ESS SMILE-EVCT11 13 sayfaları.

Sayfayı Yazdır
Alpha ESS SMILE-EVCT11 Kurulum ve Kullanım Kılavuzu
SYSTEM CONFIGURATION AND OPERATION
The EV charging source is PV and batteries.
If PV power is available, it will supply other loads firstly, then supply the EV charger and
maximize the EV charging power, and then charge the batteries of the ESS. At last it will
feed into the grid.
The battery will be used for other loads and then for EV charger.
Max. EV charging power P_EVmax=P_pv-P_load+P_bat
Note: if the on-board charger (OBC) on the electric vehicle is three-phase,
Insufficient PV and battery power may not activate the EV charger in this mode.
4.2.1.3 Green Charge – Quick Charge
2
II
A
AC
DC
DC
3
Loads
B
ESS
PV supply
Priority: 1. EV charger 2. Other Loads 3. Batteries of ESS 4. Feed-in
EV source
Priority: A. PV B. Batteries of ESS
Battery supply
Priority: I. EV Charger II. Other Loads
The PV and battery power will supply the EV charger firstly.
If PV power is available, it will supply the EV charger firstly, then supply other loads, and
then charge the battery of ESS. At last it will feed into the grid.
The battery will be used for EV charger and then for other loads.
Max. EV charging power P_EVmax=P_pv +P_bat
Note: if the on-board charger (OBC) on the electric vehicle is three-phase,
Insufficient PV may not activate the EV charger in this mode.
1
4
I
EV-Charger
PV Panels
Max. power
adjustable
17
18
4.2.1.4 Max. Power Charge
Loads
PV supply
EV source
Battery supply
The EV charger will charge the electric vehicle with max. power. The PV and ESS system
will supply the EV charger firstly. IF not enough, the grid will supply the EV charger at the
same time.
Grid
If PV power is avaliable, it will supply the EV charger and other loads firstly, and then
charge the battery of ESS. At last it will feed into the grid.
Max. EV charging power P_EVmax=Pmax
4.2.1.5 Mode Option Suggestion
AC Output Power from
AlphaESS Energy Storage
System & PV Inverter
On-Board Charger of Vehicle
Green Charge-Normal
Please refer to the actual situation of the customer's home loads.
SYSTEM CONFIGURATION AND OPERATION
1
I
I
A
AC
DC
DC
2
EV-Charger
B
PV Panels
ESS
Priority: 1. EV charger & Other Loads 2. Batteries of ESS 3. Feed-in
Priority: A. PV B. Batteries of ESS C.Grid
Priority: I. EV Charger & Other Loads
<5kWp
Single
Phase
Green Charge-Slow
√
√
Green Charge-Quick
√
Max. Power Charge
√
3
1
C
Grid
5~10kWp
>10kWp
Single
Single
Three
Three
Three
Phase
Phase
Phase
Phase
Phase
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√
√