1000KW 3.7MW 3.7MWh ESS System Large Capacity Container Energy Storage Array Integrated Power Station
ESS Power Station,also known as large container storage array, it can be connected to power grid scheduling and participate in demand-side response and other services. When the power supply gap is caused by insufficient spare capacity or partial load overload and other unstable factors, peak-cutting demand response is initiated. When the power load level is low, the power grid adjustment capacity cannot adapt to peak-valley difference and the influence of renewable energy fluctuation and intermittence, and it can start the demand response of valley filling. Ensure the balance of power demand in the case of power shortage, relieve the operating pressure of the power grid, promote the consumption of new energy and improve the power supply security capability.
When the energy storage system does not perform the power demand side response, the power is stored in the "valley" period and discharged in the "peak" period, so as to realize the power peakvalley filling, obtain the peak-valley arbitrage and reduce the customer's electricity charge.
The ESS Power Station, together with photovoltaic and wind energy systems, can form a micro-grid system for independent Power supply for customers. Green energy is always online.
ESS Power Station-Core Part
The system uses square aluminum shell lithium iron phosphate cell with long life and high safety performance. The battery system is integrated in a 20-GP containers which capacity is 1003.5KWH. The container contains 5 battery clusters, each of which uses an 14-layer battery cabinet design. The system adopts a modular design, which can change the voltage and capacity according to the demand.
| Item |
Sub-item |
Data |
Noted |
| Battery Cell |
Cell Type |
Lithium Iron Phosphate |
LFP |
| Cell data |
3.2V280AH |
|
| Battery Pack |
Rated Voltage(V) |
51.2 |
|
| Rated capacity(AH) |
280 |
|
| Energy(kwh) |
14.33 |
|
| Battery Rack |
Rack Voltage(V) |
716.8 |
|
| Rack Capacity(Ah) |
280 |
|
| Rack Energy(Kwh) |
200.7 |
|
| Rack charge current(A) |
280 |
Continuous |
| Rack discharge current(A) |
280 |
Continuous |
| Rack Dimension(LxWxH mm) |
2020x780x1070 |
|
| Battery System |
Rated Voltage(V) |
716.8 |
|
| Voltage Range(V) |
616~806.4 |
|
| Rated Capacity(Ah) |
1400 |
280AHx5 |
| Rated Energy(kWh) |
1003.5 |
|
| Continuous Charging Current(A) |
700 |
140Ax5 |
| Continuous Discharging Current(A) |
700 |
140Ax5 |
| Operation Temp. |
Charge:0-45
Discharge:-20-60 |
|
| Operating Humidity(%) |
15~85% |
|
| IP Grade |
I{54 |
|
| Communication Protocol |
RS485/CAN |
|
| System Dimension(LxWxH mm) |
5898x2438x2591 |
20GP |
Δ Main Parts Sheet
| NO. |
Equipment |
Spec. |
Unit |
QTY |
| 1 |
Container |
5898×2438×2591mm,20 GP.Used for battery system |
pcs |
1 |
| 2 |
Battery Cluster |
716.8V280AH, High voltage control box |
set |
5 |
| 3 |
Combiner Cabinet |
Main circuit breaker (live operation),DC contactor, shunt, busbar copper bar, etc |
pcs |
1 |
| 4 |
BMS system |
Including BMU,BCU, MBCU and wires |
set |
1 |
| 5 |
PCS |
500KW,400V output ,three phase |
pcs |
1 |
| 6 |
Switch cabinet |
800*600*2050mm |
pcs |
1 |
| 7 |
Isolation Transformer |
400V, inner PCS |
set |
1 |
| 8 |
EMS system |
Display,monitor,switch,server etc |
set |
1 |
| 9 |
Air-condition |
13KW |
pcs |
2 |
| 10 |
Lighting |
LED lamps, switches, emergency indicator lights, etc |
set |
1 |
| 11 |
Fire fighting system |
Smoke sensing, temperature sensing, fire alarm host, heptafluoropropane automatic
fire fighting system, emergency stop button, etc |
set |
1 |
| 12 |
Lightning protector |
/ |
set |
1 |
| 13 |
Video surveillance |
Camera and supporting equipment |
set |
1 |
| 14 |
Cables |
Power cables, DC cables and connectors in the box |
set |
1 |
Δ ESS System Features
1.Modular Design
2.Long Cycle Times
3.Multiple Security Protection
4.Nonlinear BMS Control Technology
5.Seamless switching between grid and off-grid status and uninterrupted load supply
6.Built in isolation transformer has strong load adaptability
7.Integrated scheme, supporting load, battery, power grid,diesel generator and photovoltaic
8.Integrated EMS function, safe and stable power supply and maximum utilization of new energy
9.Insured by PICC
MY Solar Technology Co., LTD. (MYPVTECH) is a major member of MY Solar Group (MY Solar),founded in 2010. MY SOLAR is a professional manufacturer engaged in the research & development, manufacturing & sales business of solar modules, inverters, energy storage batteries, solar power systems and supporting products for solar power stations.
MY Solar is deeply trusted by new and old professional customers around the world for its new energy products with reasonable design, sophisticated technology, rich categories and reliable quality, as well as professional, high-efficiency and refined service characteristics.
The annual production and sales of new energy products include: 3GW solar modules, 250,000 solar systems and 1.2GW solar power plant equipment. Customers are located in Europe, America, Asia, Africa and other regions. MY Solar has reached brand, product and channel cooperation with many well-known manufacturers in the industry, providing stable OEM and ODM services for relevant well-known manufacturers, and providing more cost-effective Tier1 brand product sales services for MY SOLAR customers simultaneously.
Q:What's your payment terms?
A:T/T,L/C,Paypal,Western Union etc.
Q:What are the advantages of your company?
A:We are a factory, and we also cooperate with other brands,such as Longi,JA solar,Jinko,Trina,Canadian Solar,GCL,SUNTECH,Yingli etc., to provide customers with better prices and more choices.
Q:May I have a piece of sample to check the quality?
A:Welcome to place the testing order to check the quality or for testing.
Q:How about the delivery time?
A:15-20 days after receiving your payment.
The specific delivery time depends on the items and the order quantity.
Q:Where is the port of loading?
A:Shanghai,Ningbo.
Q:Can you do OEM?
A:Yes.
ESS Power Station,also known as large container storage array, it can be connected to power grid scheduling and participate in demand-side response and other services. When the power supply gap is caused by insufficient spare capacity or partial load overload and other unstable factors, peak-cutting demand response is initiated. When the power load level is low, the power grid adjustment capacity cannot adapt to peak-valley difference and the influence of renewable energy fluctuation and intermittence, and it can start the demand response of valley filling. Ensure the balance of power demand in the case of power shortage, relieve the operating pressure of the power grid, promote the consumption of new energy and improve the power supply security capability.
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