| Customization: | Available |
|---|---|
| Weight: | <200kg |
| Warranty: | 5 Years |
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| HLS-ESS-17 (20-40)T | ||||
|
PV Input
|
||||
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Max Input Power(W)
|
22100
|
|||
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Max Input Voltage(V)
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1000
|
|||
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MPPT Operating Voltage Range(V)
|
180-950
|
|||
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MPPT Number Of Ways/ Strings
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2/2
|
|||
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Max Input Current (A)
|
12.5/23
|
|||
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Max Short Circuit Current(A)
|
15/30
|
|||
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Battery Pack Parameters
|
||||
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Battery Pack Model
|
HLS-51V10Ah-T
|
|||
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Serial Quantity
|
4~8
|
|||
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Cell Type
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LFP
|
|||
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Per Packet Capacity(Ah)
|
105
|
|||
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Total Storage Capacity(kWh)
|
20~40
|
|||
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Total Available Capacity(kWh)
|
18~27
|
|||
|
Cycle Life
|
6000
|
|||
|
Battery
|
||||
|
Operating Voltage Range(V)
|
180-700
|
|||
|
Max Charge/Discharge Current(A)
|
50/50
|
|||
|
Battery Communication Mode
|
CAN
|
|||
|
AC Parameters (On Grid-Connected)
|
||||
|
Rated Power (W)
|
17000
|
|||
|
Max Apparent Power
|
17000
|
|||
|
Rated Voltage (Vac)
|
380,3L/N/PE
|
|||
|
Rated Frequency (Hz)
|
50/60
|
|||
|
Max Output Current (A)
|
25
|
|||
|
Power Factor Range
|
~1(0.8 advance~0.8 lag settable)
|
|||
|
Total Harmonic Distortion Of Current (Rated Power)
|
<3%
|
|||
|
AC Output Parameters(Offff-Grid)
|
||||
|
Rated Output Power (W)
|
17000
|
|||
|
Max Apparent Output Power
|
17000
|
|||
|
Rated Output Voltage(Vac)
|
380,3L/N/PE
|
|||
|
Rated Output Frequency(Hz)
|
50/60
|
|||
|
Max Output Current (A)
|
25
|
|||
|
Basic Parameters
|
||||
|
Operating Temperature Range
|
-25ºC...+60ºC(>45ºC derating)
|
|||
|
Working Altitude (m)
|
<3000 derating
|
|||
|
Noise Index(dB)
|
<40
|
|||
|
Type Of Cooling
|
smart fan
|
|||
|
Protection Class
|
IP54
|
|||
|
Relative Humidity Range
|
5-85%,without condensation
|
|||
|
Cloud Communication Mode
|
RS485(WiFi/GPRS selectable)
|
|||
|
Electric Meter Communication Mode
|
RS485
|
|||
|
Battery Pack Size (W*D*H)(mm)
|
510*447*140
|
|||
|
Inverter Size(W*D*H)(mm)
|
510*447*653
|
|||
|
Foot Pad Height(mm)
|
125
|
|||
|
Certifificates
|
||||
|
UN38.3, IEC61000/IEC62109, AS4777.2,NRS097-2-1:2017, EN50549, VDE-AR-N 4105:2018, EN 50549-1:2019+AC:2019-04, IEC62109,AS62040.1,AS/NZS4777.2
|
||||
The batteries used in this product of our company are lithium iron phosphate (LFP) batteries.
Lithium iron phosphate batteries photovoltaic energy storage system has many advantages over previous battery energy storage systems, which will be described in the following points:
1.High energy density: lithium iron phosphate batteries have a high energy density, making it possible to provide more energy storage capacity at the same volume and weight.
2.Long life: lithium iron phosphate batteries have a high cycle life, usually up to 2000 or more charge and discharge cycles, making it longer life in the photovoltaic energy storage system. The products developed by our company can reach more than 6000 charge/discharge cycles.
3.Low self-discharge rate: lithium iron phosphate batteries have a low self-discharge rate, which can better maintain the stored energy and reduce energy loss.
4.High safety: lithium iron phosphate batteries have a high thermal and chemical stability, not easy to thermal runaway, reducing the risk of fire and explosion.
5.Environmental protection: lithium iron phosphate batteries do not contain toxic substances, less impact on the environment, and its recycling rate after disposal is high.
6.Adaptable: lithium iron phosphate batteries have better performance in low and high temperature environments, suitable for photovoltaic energy storage systems in a variety of climatic conditions.
In life, the lithium iron phosphate photovoltaic energy storage system is used in a wide range of scenarios, as follows:
1.Home photovoltaic system: home photovoltaic power generation system, lithium iron phosphate batteries can store electricity generated by solar power for use in the evening or cloudy days, reducing dependence on the grid.
2.Commercial buildings: PV power generation systems in commercial buildings can be applied to lithium iron phosphate for energy storage, reducing electricity costs and improving energy efficiency.
3.Microgrid: In remote areas or islands and other places, lithium iron phosphate photovoltaic energy storage system can form a microgrid to provide a stable and reliable power supply for local residents.
4.Emergency power: in natural disasters, power outages and other unexpected situations, lithium iron phosphate photovoltaic energy storage system can be used as an emergency power source to provide continuous power for critical equipment.
5.Electric vehicle charging station: lithium iron phosphate photovoltaic energy storage system can provide electric power for electric vehicle charging stations, reducing charging costs and achieving clean energy charging.
6.Agriculture, animal husbandry and aquaculture: lithium iron phosphate photovoltaic energy storage system can provide stable electricity for farmland, pasture and aquaculture farms, to promote the modernization of agriculture.
In conclusion, lithium iron phosphate photovoltaic energy storage systems have many advantages and can be widely used in a variety of life scenarios to promote sustainable development.
Hunan Hyliess New Energy Technology Co., Ltd. is a high-tech company specializing in the R&D and production of energy storage products and hydrogen products, with 8 years of experience in the new energy power industry, focusing on residential solar energy storage systems, commercial solar energy on/off grid system solutions, industrial solar energy storage on/off grid system solutions, and micro-grid off grid system solutions, cooperating with first-class universities, forming a R&D team with more than 70 experts and obtaining 38 patents in the field of lithium batteries and hydrogen energy.
If you want to know more about our products, welcome to visit our homepage official.
Q: Why is it important to store your own generated energy?
A: When your solar panels generate energy, your home only uses the electricity you need at that moment. The surplus of solar energy is injected into the electricity network at that moment. When you need more electricity than you produce, you take so-called 'grey power' from the grid again. By using a home battery you can store your surplus of generated renewable energy and use it at times when the sun is not shining enough. Your energy consumption is optimized, you become less dependent on external factors such as price increases for electricity and you turn your home into a green living environment.
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