Brief Introduction
The outdoor communication pure solar wind-solar hybrid off-grid power supply and energy storage complete set equipment is an independent power supply solution integrating solar power generation, wind power generation and energy storage systems. It is mainly used in outdoor communication scenarios without grid coverage or with unstable grids (such as base stations in remote areas, forest fire monitoring, field survey stations, etc.). This system generates electricity through the collaborative operation of solar photovoltaic panels and wind turbines, and stores electrical energy using energy storage batteries. Combined with an intelligent controller, it achieves efficient energy management and can provide continuous and stable power support for communication equipment without relying on the traditional power grid.
Core components of the system:
Power generation unit
Solar photovoltaic panels: They convert solar energy into electrical energy, featuring high conversion efficiency and adaptability to various lighting conditions.
Wind turbine: It generates electricity by using wind energy, complementing solar energy and providing supplementary power in environments without sunlight or with weak light.
Energy storage unit
Energy storage battery packs (such as lead-acid batteries and lithium batteries) : Store excess electrical energy and release it when power generation is insufficient to ensure continuous power supply to the load.
Control and Management Unit
Controller: It coordinates the energy flow among solar panels, wind turbines and batteries, achieving charge and discharge management, voltage/current regulation and system protection (overcharge, overdischarge, short-circuit protection, etc.).
Inverter: It converts the direct current from the battery into alternating current to meet the power demands of communication equipment.
Auxiliary equipment
Cables, brackets, lightning protection devices, monitoring systems (some systems are equipped with remote monitoring modules to track the power generation and energy storage status in real time).
Equipment features and advantages
1. Energy complementarity and strong power supply stability
Wind-solar synergistic power generation: Solar energy and wind energy form a natural complementarity in terms of time and location (such as abundant sunlight during the day and possible wind at night), reducing the limitations of a single energy source being affected by weather, and enhancing the reliability of power supply.
Energy storage buffering effect: The battery pack stores excess electrical energy. Even in continuous rainy or windless weather, it can still maintain the normal operation of communication equipment and avoid the risk of power outages.
2. Green and environmentally friendly, with zero carbon emissions
It is completely dependent on renewable energy, does not consume fossil fuels, and has no emissions of waste gas or wastewater. It conforms to the concept of low-carbon and environmental protection and is suitable for ecologically sensitive areas (such as nature reserves and scenic spots).
3. It operates independently off the grid and has strong adaptability
It does not need to be connected to the power grid and can be rapidly deployed in remote mountainous areas, deserts, islands and other regions without electricity, solving the problems of high cost and difficult construction of traditional power grids.
The equipment has strong weather resistance. The solar panels and wind turbines are designed to be UV-resistant, sand-resistant and waterproof, making them suitable for harsh outdoor environments such as high and low temperatures and humidity.
4. Intelligent management and convenient operation and maintenance
Intelligent control logic: The controller automatically adjusts the power generation and energy storage strategies, optimizes energy utilization efficiency, and reduces manual intervention.
Remote monitoring function (optional) : Through Internet of Things technology, real-time monitoring of system power generation, battery power, equipment status and other data is carried out, facilitating fault early warning and maintenance, and reducing operation and maintenance costs.
5. Modular design with high scalability
System components (such as photovoltaic panels, wind turbines, and battery packs) can be flexibly configured according to electricity demand, supporting later expansion. For example, when the power of communication equipment increases, the power supply capacity can be enhanced by increasing the number of photovoltaic panels or the capacity of batteries.
6. Long life cycle and significant cost-effectiveness
Solar panels and wind turbines have no mechanical transmission components (except for the rotor of the wind turbine), have low maintenance costs, and a service life of up to 10 to 20 years. If lithium batteries are used for energy storage, their cycle life can reach over 2,000 times, and their long-term usage cost is lower than that of traditional fuel generators. Brief Introduction
The outdoor communication pure solar wind-solar hybrid off-grid power supply and energy storage complete set equipment is an independent power supply solution integrating solar power generation, wind power generation and energy storage systems. It is mainly used in outdoor communication scenarios without grid coverage or with unstable grids (such as base stations in remote areas, forest fire monitoring, field survey stations, etc.). This system generates electricity through the collaborative operation of solar photovoltaic panels and wind turbines, and stores electrical energy using energy storage batteries. Combined with an intelligent controller, it achieves efficient energy management and can provide continuous and stable power support for communication equipment without relying on the traditional power grid.
Core components of the system:
Power generation unit
Solar photovoltaic panels: They convert solar energy into electrical energy, featuring high conversion efficiency and adaptability to various lighting conditions.
Wind turbine: It generates electricity by using wind energy, complementing solar energy and providing supplementary power in environments without sunlight or with weak light.
Energy storage unit
Energy storage battery packs (such as lead-acid batteries and lithium batteries) : Store excess electrical energy and release it when power generation is insufficient to ensure continuous power supply to the load.
Control and Management Unit
Controller: It coordinates the energy flow among solar panels, wind turbines and batteries, achieving charge and discharge management, voltage/current regulation and system protection (overcharge, overdischarge, short-circuit protection, etc.).
Inverter: It converts the direct current from the battery into alternating current to meet the power demands of communication equipment.
Auxiliary equipment
Cables, brackets, lightning protection devices, monitoring systems (some systems are equipped with remote monitoring modules to track the power generation and energy storage status in real time).
Equipment features and advantages
1. Energy complementarity and strong power supply stability
Wind-solar synergistic power generation: Solar energy and wind energy form a natural complementarity in terms of time and location (such as abundant sunlight during the day and possible wind at night), reducing the limitations of a single energy source being affected by weather, and enhancing the reliability of power supply.
Energy storage buffering effect: The battery pack stores excess electrical energy. Even in continuous rainy or windless weather, it can still maintain the normal operation of communication equipment and avoid the risk of power outages.
2. Green and environmentally friendly, with zero carbon emissions
It is completely dependent on renewable energy, does not consume fossil fuels, and has no emissions of waste gas or wastewater. It conforms to the concept of low-carbon and environmental protection and is suitable for ecologically sensitive areas (such as nature reserves and scenic spots).
3. It operates independently off the grid and has strong adaptability
It does not need to be connected to the power grid and can be rapidly deployed in remote mountainous areas, deserts, islands and other regions without electricity, solving the problems of high cost and difficult construction of traditional power grids.
The equipment has strong weather resistance. The solar panels and wind turbines are designed to be UV-resistant, sand-resistant and waterproof, making them suitable for harsh outdoor environments such as high and low temperatures and humidity.
4. Intelligent management and convenient operation and maintenance
Intelligent control logic: The controller automatically adjusts the power generation and energy storage strategies, optimizes energy utilization efficiency, and reduces manual intervention.
Remote monitoring function (optional) : Through Internet of Things technology, real-time monitoring of system power generation, battery power, equipment status and other data is carried out, facilitating fault early warning and maintenance, and reducing operation and maintenance costs.
5. Modular design with high scalability
System components (such as photovoltaic panels, wind turbines, and battery packs) can be flexibly configured according to electricity demand, supporting later expansion. For example, when the power of communication equipment increases, the power supply capacity can be enhanced by increasing the number of photovoltaic panels or the capacity of batteries.
6. Long life cycle and significant cost-effectiveness
Solar panels and wind turbines have no mechanical transmission components (except for the rotor of the wind turbine), have low maintenance costs, and a service life of up to 10 to 20 years. If lithium batteries are used for energy storage, their cycle life can reach over 2,000 times, and their long-term usage cost is lower than that of traditional fuel generators.
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