Focus on Providing Microgrid System Solution
The microgrid system is dedicated to solving various power demand scenarios and is the best choice for factories, commercial centers, and power generation stations.
What is a Microgrid
A microgrid is an interconnected collection of loads and distributed energy sources, including wind, solar, diesel generators, or energy storage, that can also be used for electricity generation. It is a micro-grid system that can realize autonomous control, management, and protection; the purpose is to make up for the places that the national grid cannot cover.
Types of Microgrid Solutions
According to the electricity demand in different regions, micro-grid solutions can be divided into off-grid and grid-connected; off-grid micro-grids can operate independently without any connection to the grid; they mainly rely on renewable energy to generate electricity, such as solar power, wind power, hydroelectric power, etc.; the voltage frequency converter will adjust the voltage frequency to store within the suitable battery voltage range; it mainly provides power for users in places where natural disasters often occur, and is generally set up in remote areas or An isolated island in the sea to meet the electricity demand of residents.
The grid-connected microgrid can interact with the local grid for energy. When renewable energy power generation is insufficient, the regional grid can be used to obtain electric energy; the grid-connected microgrid has relatively affluent energy acquisition channels, such as photovoltaic power, wind power, hydroelectric power, generator sets, etc. When the power grid fails to obtain energy, the EMS system will automatically switch to an independent operation mode; it is generally set up in residential communities, commercial buildings, hospitals, industrial parks, etc., to improve stable power supply.
Diagram of Microgrid Connection Structure
Main Components of a Microgrid
Because the microgrid is a vast energy storage system, different components are required to form a stable operation; the following are the components and functions of the microgrid system.
Such as solar photovoltaic panels, wind power generators, steam turbines, geothermal generators, hydroelectric generators, etc.; converting renewable energy into electrical energy can continuously provide energy for the microgrid.
Generally, multiple battery packs are connected in series and parallel to form a battery cluster, and each battery pack itself will also have a BMS protection board to monitor, control and manage the operating status of the battery; to ensure the safety of the battery during operation.
The power conversion system is composed of inverters, battery packs, chargers, controllers, and other accessories; it can accept the input of a variety of renewable energy power generation and will automatically adjust the frequency according to the set voltage and current range values, to ensure that both the input and output are within the control value range.
The energy management system comprises battery packs, power converters, power managers, and monitors; the system will collect real-time data from all components in the microgrid, and the collected data will be aggregated and analyzed. The demand of the load is used to conduct reasonable energy scheduling to ensure the stable operation of the entire microgrid system.
The temperature control system is composed of a temperature sensor, a refrigerator, and a controller; the sensor collects the temperature data of the battery, and the data is fed back to the controller, and the controller will adjust the indoor temperature according to the set temperature threshold to prevent The battery is damaged due to overheating or overcold temperature.
The microgrid uses an advanced aerosol fire extinguishing device; its working principle is to release particles, form tiny suspended particles in the air, generate a large amount of inert gas, diffuse rapidly in the combustion zone, and reduce the oxygen concentration in the area, thus To achieve the effect of fire extinguishing.
Microgrid System Solution
● Fully-featured
One system with multiple functions supports optional functions such as PV storage, diesel storage, energy storage, off-grid, on/of grid switching (optional).
● UPS function
Equipped with the UPS function, it can effectively guarantee the safety and stability of equipment operation.
● Pre-fabricated installation
All components except the battery module are pre-fabricated installed, which is convenient for installation and easy to debug and maintain.
● Intelligent management
Equipped with an intelligent monitoring and management system, it can realize remote monitoring, remote troubleshooting, and data analysis.
● Efficient heat dissipation
Air conditioning + multi-duct design, efficient heat dissipation.
● Flexible configuration
Support a maximum of 10 units in parallel.
All In One Microgrid System Structural Analysis Diagram
Actual Picture
| PERFORMANCE SPECIFICATIONS | |
| Model | FBA-215040H |
| Battery Parameters | |
| Nominal Voltage(V) | 768 |
| Capacity(Ah) | 280 |
| Rated Energy(kwh) | 215 |
| Cycle Life | ≥6500 cycles@25℃,90%DOD,60%EOL |
| PV INPUT(DC) | |
| Recommend PV Input Power(Kw) | 100 |
| MPPT Voltage Range(V) | 250-850 |
| MPPT Voltage Range @ Full Load (V) | 450~850 |
| Number of MPPT | |
| AC Power (AC) | |
| Rated AC Output Power(Kw) | 90 |
| Rated Current(A) | 144A |
| Rated Voltage(V) | 400 |
| AC Voltage Range | 320~460 |
| AC Standard | Three-phase four-wire + ground |
| Overload Capability | 110% overloaded |
| PF | -1.0cap~1.0ind |
| THDI | <3% |
| Other Data | |
| Working Temperature | -40°C~60°C |
| Storage Temperature | -40°C~70°C |
| Relative Humidity | 0-95% non-condensing |
| Protection | IP54 |
| Cooling-Down Method | Air conditioning air cooling |
| Altitude | 5000m(derating exceeding 3000m) |
| Display | Touch screen ICD |
| Communication Interface | RS485/CAN |
| Dimension(W*D*H) | 1850*1355*2150mm |
| Weight(kg) | 2800 |
| Certification | UN38.3 / UL1973 / IEC62619 / CE |
Here Are the Benefits of Using Flyfine Microgrid
Electricity Costs Drop
The traditional grid electricity is generated through natural gas and coal combustion; there will be a lot of losses in the process of energy conversion, which will increase the cost of power generation, but the use of solar and wind power generation dramatically reduces this problem, semiconductors in photovoltaic panels The material generates electricity by absorbing photons in sunlight. The wind blows the blades of the wind turbine to generate electricity. Renewable energy generation methods are free and have high conversion efficiency, significantly reducing power generation costs. It’s currently the best solution for power acquisition.
Flexibility
Faced with the increasing demand for electricity from users, the micro-grid system can flexibly expand capacity according to local electricity demand. Since it is a highly integrated energy storage device, it is unnecessary to consider energy storage batteries and energy storage transformers. It can be directly copied and installed in parallel according to the current microgrid, which significantly improves the expansion efficiency of the energy storage battery.
Alleviate Peak Load
The microgrid system has the function of off-grid and grid connection. It can exchange energy with the grid, and release appropriate power according to the power demand of the grid to alleviate the power load, thereby improving the stability of the grid operation and avoiding the shortage of power supply. In addition, it can extend the life of large-scale equipment in the grid, reduce maintenance frequency and equipment replacement costs.
Power Reliability
Since some remote areas and islands are vulnerable to power outages caused by natural disasters, the microgrid is an excellent solution to this problem. It uses distributed energy acquisition and storage, which can achieve an independent energy supply and improve the power supply. The stability ensures that users have a reliable power solution to deal with power outages in the face of natural disasters or grid failures.
Protect Environment
The energy acquisition of the microgrid system comes from renewable energy sources. The power generation of these energy sources will not produce combustion waste and greenhouse gas emissions, significantly reducing air and water pollution; it will not cause adverse effects on the ecological environment and will also provide sustainability for society’s green and low-carbon development.
Related Product
Related Lithium Ion Battery News
Focus on Providing Microgrid System Solution
The microgrid system is dedicated to solving various power demand scenarios and is the best choice for factories, commercial centers, and power generation stations.
What is a Microgrid
A microgrid is an interconnected collection of loads and distributed energy sources, including wind, solar, diesel generators, or energy storage, that can also be used for electricity generation. It is a micro-grid system that can realize autonomous control, management, and protection; the purpose is to make up for the places that the national grid cannot cover.
Types of Microgrid Solutions
According to the electricity demand in different regions, micro-grid solutions can be divided into off-grid and grid-connected; off-grid micro-grids can operate independently without any connection to the grid; they mainly rely on renewable energy to generate electricity, such as solar power, wind power, hydroelectric power, etc.; the voltage frequency converter will adjust the voltage frequency to store within the suitable battery voltage range; it mainly provides power for users in places where natural disasters often occur, and is generally set up in remote areas or An isolated island in the sea to meet the electricity demand of residents.
The grid-connected microgrid can interact with the local grid for energy. When renewable energy power generation is insufficient, the regional grid can be used to obtain electric energy; the grid-connected microgrid has relatively affluent energy acquisition channels, such as photovoltaic power, wind power, hydroelectric power, generator sets, etc. When the power grid fails to obtain energy, the EMS system will automatically switch to an independent operation mode; it is generally set up in residential communities, commercial buildings, hospitals, industrial parks, etc., to improve stable power supply.
Diagram of Microgrid Connection Structure
Main Components of a Microgrid
Because the microgrid is a vast energy storage system, different components are required to form a stable operation; the following are the components and functions of the microgrid system.
Such as solar photovoltaic panels, wind power generators, steam turbines, geothermal generators, hydroelectric generators, etc.; converting renewable energy into electrical energy can continuously provide energy for the microgrid.
Generally, multiple battery packs are connected in series and parallel to form a battery cluster, and each battery pack itself will also have a BMS protection board to monitor, control and manage the operating status of the battery; to ensure the safety of the battery during operation.
The power conversion system is composed of inverters, battery packs, chargers, controllers, and other accessories; it can accept the input of a variety of renewable energy power generation and will automatically adjust the frequency according to the set voltage and current range values, to ensure that both the input and output are within the control value range.
The energy management system comprises battery packs, power converters, power managers, and monitors; the system will collect real-time data from all components in the microgrid, and the collected data will be aggregated and analyzed. The demand of the load is used to conduct reasonable energy scheduling to ensure the stable operation of the entire microgrid system.
The temperature control system is composed of a temperature sensor, a refrigerator, and a controller; the sensor collects the temperature data of the battery, and the data is fed back to the controller, and the controller will adjust the indoor temperature according to the set temperature threshold to prevent The battery is damaged due to overheating or overcold temperature.
The microgrid uses an advanced aerosol fire extinguishing device; its working principle is to release particles, form tiny suspended particles in the air, generate a large amount of inert gas, diffuse rapidly in the combustion zone, and reduce the oxygen concentration in the area, thus To achieve the effect of fire extinguishing.
Microgrid System Solution
● Fully-featured
One system with multiple functions supports optional functions such as PV storage, diesel storage, energy storage, off-grid, on/of grid switching (optional).
● UPS function
Equipped with the UPS function, it can effectively guarantee the safety and stability of equipment operation.
● Pre-fabricated installation
All components except the battery module are pre-fabricated installed, which is convenient for installation and easy to debug and maintain.
● Intelligent management
Equipped with an intelligent monitoring and management system, it can realize remote monitoring, remote troubleshooting, and data analysis.
● Efficient heat dissipation
Air conditioning + multi-duct design, efficient heat dissipation.
● Flexible configuration
Support a maximum of 10 units in parallel.
| PERFORMANCE SPECIFICATIONS | |
| Model | FBA-215040H |
| Battery Parameters | |
| Nominal Voltage(V) | 768 |
| Capacity(Ah) | 280 |
| Rated Energy(kwh) | 215 |
| Cycle Life | ≥6500 cycles@25℃,90%DOD,60%EOL |
| PV INPUT(DC) | |
| Recommend PV Input Power(Kw) | 100 |
| MPPT Voltage Range(V) | 250-850 |
| MPPT Voltage Range @ Full Load (V) | 450~850 |
| Number of MPPT | |
| AC Power (AC) | |
| Rated AC Output Power(Kw) | 90 |
| Rated Current(A) | 144A |
| Rated Voltage(V) | 400 |
| AC Voltage Range | 320~460 |
| AC Standard | Three-phase four-wire + ground |
| Overload Capability | 110% overloaded |
| PF | -1.0cap~1.0ind |
| THDI | <3% |
| Other Data | |
| Working Temperature | -40°C~60°C |
| Storage Temperature | -40°C~70°C |
| Relative Humidity | 0-95% non-condensing |
| Protection | IP54 |
| Cooling-Down Method | Air conditioning air cooling |
| Altitude | 5000m(derating exceeding 3000m) |
| Display | Touch screen ICD |
| Communication Interface | RS485/CAN |
| Dimension(W*D*H) | 1850*1355*2150mm |
| Weight(kg) | 2800 |
| Certification | UN38.3 / UL1973 / IEC62619 / CE |
Here Are the Benefits of Using Flyfine Microgrid
Electricity Costs Drop
The traditional grid electricity is generated through natural gas and coal combustion; there will be a lot of losses in the process of energy conversion, which will increase the cost of power generation, but the use of solar and wind power generation dramatically reduces this problem, semiconductors in photovoltaic panels The material generates electricity by absorbing photons in sunlight. The wind blows the blades of the wind turbine to generate electricity. Renewable energy generation methods are free and have high conversion efficiency, significantly reducing power generation costs. It’s currently the best solution for power acquisition.
Flexibility
Faced with the increasing demand for electricity from users, the micro-grid system can flexibly expand capacity according to local electricity demand. Since it is a highly integrated energy storage device, it is unnecessary to consider energy storage batteries and energy storage transformers. It can be directly copied and installed in parallel according to the current microgrid, which significantly improves the expansion efficiency of the energy storage battery.
Alleviate Peak Load
The microgrid system has the function of off-grid and grid connection. It can exchange energy with the grid, and release appropriate power according to the power demand of the grid to alleviate the power load, thereby improving the stability of the grid operation and avoiding the shortage of power supply. In addition, it can extend the life of large-scale equipment in the grid, reduce maintenance frequency and equipment replacement costs.
Power Reliability
Since some remote areas and islands are vulnerable to power outages caused by natural disasters, the microgrid is an excellent solution to this problem. It uses distributed energy acquisition and storage, which can achieve an independent energy supply and improve the power supply. The stability ensures that users have a reliable power solution to deal with power outages in the face of natural disasters or grid failures.
Protect Environment
The energy acquisition of the microgrid system comes from renewable energy sources. The power generation of these energy sources will not produce combustion waste and greenhouse gas emissions, significantly reducing air and water pollution; it will not cause adverse effects on the ecological environment and will also provide sustainability for society’s green and low-carbon development.
Related Product
Related Lithium Ion Battery News