| Customization: | Available |
|---|---|
| After-sales Service: | Yes |
| Warranty: | 5 Years |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
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| Payment Methods: |
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| Support payments in USD |
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| Refund policy: | Claim a refund if your order doesn't ship, is missing, or arrives with product issues. |
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|
Model
|
HPS100
|
HPS150
|
|
AC(on-grid)
|
||
|
Rated power
|
100kW
|
150kW
|
|
Rated voltage
|
400V
|
100kW
|
|
Rated current
|
144A
|
217A
|
|
Rated frequency
|
50/60Hz
|
50/60Hz
|
|
THDI
|
<3%
|
50/60Hz
|
|
PF
|
0.8 lagging~0.8 leading
|
0.8 lagging~0.8 leading
|
|
AC connection
|
3/N/PE
|
3/N/PE
|
|
AC(off-grid)
|
||
|
Rated power
|
100kW
|
150kW
|
|
Rated voltage
|
400V
|
400V
|
|
Rated current
|
144A
|
144A
|
|
Overload capability
|
110%-10 mins 120%-1 min
|
110%-10 mins 120%-1 min
|
|
DC (Battery and PV)
|
||
|
Max. PV open-circuit voltage
|
1500V DC
|
1500V DC
|
|
Max. PV power
|
150kWp
|
225kWp
|
|
PV MPPT voltage range
|
900V-1300V DC
|
900V-1300V DC
|
|
MPPT number
|
2
|
2
|
|
Max. PV current
|
2*80A
|
2*100A
|
|
Battery voltage range
|
600-900V
|
600-900V
|
|
Max. charge power
|
150kW
|
225kW
|
|
Max. discharge power
|
110kW
|
165kW
|
|
Max. charge current
|
187A
|
280A
|
|
Max. discharge current
|
183A
|
275A
|
|
General Information
|
||
|
Protection degree
|
IP20
|
|
|
Noise emission
|
<65dB(A)@1m
|
|
|
Operating temperature
|
-25 °C~+55 °C
|
|
|
Cooling method
|
Forced-air
|
|
|
Relative humidity
|
0-95% non-condensing
|
|
|
Dimension (W/H/D)
|
1200/1900/800mm
|
|
|
Weight
|
948kg
|
1230kg
|
|
Build-in transformer
|
Yes
|
|
|
Lightning protection
|
Type II
|
|
|
Transfer between on/off grid
|
Automatic≤10ms
|
|
|
Standby consumption
|
<30W
|
|
|
Communication
|
||
|
Display
|
Touch screen
|
|
|
Communication
|
RS485/CAN
|
|
1. Declining Benefits of Grid-Connected Solar (Bulgaria Policy Shift)
Focus: Macro-level policy impact on solar economics
Primary Driver:
1)Government policy changes (e.g., reduced Feed-in Tariffs/FiTs, stricter grid rules).
2)Declining profitability of exporting solar power to the grid.
Technology Response:
Energy storage (batteries) becomes essential to:
1)Maximize self-consumption (use solar power onsite instead of exporting at low rates).
2)Avoid buying expensive grid power during peaks (load shifting).
3)Participate in grid services (e.g., frequency regulation) for revenue.
Outcome:
1)Solar systems shift from grid-dependent (FiT-driven) to grid-agnostic (self-consumption + storage).
2)Less reliance on grid sales, more focus on independence and arbitrage.
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