High Efficiency Hybrid Grid Solar Power Station
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High Efficiency Hybrid Grid Solar Power Station

A potential location for efficient hybrid grid solar power plants is in remote or off grid areas where traditional power infrastructure may be unavailable or unreliable. In these environments, solar power plants can provide reliable energy and are not affected by fluctuations and power outages like traditional grid power supply. Another potential application of high-efficiency hybrid grid solar power plants is large-scale commercial projects, such as factories or warehouses. These systems can provide reliable and low-cost sources of electricity, helping businesses reduce energy costs and improve profitability. In addition to these applications, efficient hybrid grid solar power plants can also be used to power homes and other residential environments. These systems have a range of benefits, including reducing energy costs, improving energy independence, and reducing environmental impacts.
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Description

Technical Parameters

Introducing our company:
 

 

A high-efficiency hybrid grid solar power station is a system that integrates the following components to maximize energy generation, minimize waste, and optimize the use of both solar power and the electrical grid:

Solar Panel Array:

High-Efficiency Panels: The system uses monocrystalline or other high-efficiency photovoltaic panels to maximize power generation per unit area.

Optimal Orientation and Tilt: Panels are positioned to capture maximum sunlight throughout the day and year.

Performance Monitoring: Systems should incorporate monitoring to ensure panels are functioning optimally and identify any issues.

Solar Inverters:

High-Efficiency Inverters: These inverters convert the DC power from the solar panels into AC power suitable for use in homes or businesses and for the electrical grid.

Grid-Tie Inverters: These connect to the electrical grid and can supply excess power back to the grid.

Hybrid Inverters: These handle both grid-tied and off-grid operation, and can also manage battery charging and discharging.

String Inverters or Microinverters: String inverters connect multiple panels in series. Microinverters are installed on each solar panel for better energy harvest and performance.

Battery Energy Storage System (BESS):

Lithium-Ion Batteries: Typically used for high energy density, long cycle life, and high charge/discharge rates.

Battery Management System (BMS): BMS ensures optimal battery performance and safety, monitors temperature, voltage, and current.

Storage Capacity: Sized to handle periods of low solar production (nighttime, cloudy days) and to meet peak demand.

Peak Shaving: Batteries can discharge power to reduce demand on the grid during peak hours.

Backup Power: Batteries provide backup power in the event of grid outages.

 
2
100-150
550W solar panel 4
550w
 
Solar inverter
 
2
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1
Battery
 
product-1181-1181
Lithium Battery
12V200Ah-edobo
Lead acid battery

 

 

 

10kw

 

Model

Ed-Hy-10kw Ed-Hy-12kw Ed-Hy-15kw Ed-Hy-20kw Ed-Hy-30kw
Mono 550w solar panel 9pcs 15pcs 15pcs 27pcs 40pcs
Hybrid solar inverter 10kw 12kw 15kw 20kw 30kw
Monitoring device

Wifi

Wifi Wifi Wifi

Wifi

Lithium/Lead-acid Optional Lithium/Lead-acid Optional
Mounting Brackets 1set
PV Combiner Box Customized Customized Customized Customized Customized
PV Cable 4MM2

100M

200M 200M 300M

400M

 

 

 

Packaging and delivery:
 

 

Deliver port

Qingdao port or Shanghai port

Lead time

7-30days after receiving advance payment

1
2
3

payment

customer service

 

 

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