What is a Photovoltaic Microstation? What Problems Can It Solve for Communication Sites?

Problems Solved for Communication Sites

1. Power Supply Issues

The photovoltaic microstation incorporates multiple input power modules (such as solar, wind, and rectifier modules) that convert various energy forms into electrical power, ensuring stable power supply for communication equipment. For example, during sunny days, the photovoltaic modules generate efficient power, while wind energy modules can be utilized during strong winds, preventing power shortages caused by relying on a single energy source.

In addition, the integrated hybrid power system with a DC48V output directly meets the power supply requirements of communication equipment, ensuring their smooth operation.

2. Backup Power Issues

The photovoltaic microstation integrates lithium batteries as energy storage units. These batteries provide backup power when renewable energy generation is insufficient (such as during nighttime when solar power is unavailable or when wind resources are low) or during unexpected power outages. The energy storage system ensures continued operation of communication equipment in the event of grid failures, natural disasters, or other power interruptions.

3. Fiber Optic Network Access

The photovoltaic microstation is equipped with an ODF (Optical Distribution Frame) module, ensuring fiber optic network access for communication sites. This enables reliable data transmission and seamless network connectivity, ensuring high-speed, stable communication services.

4. Operation and Maintenance Management

The photovoltaic microstation is equipped with an FSU monitoring module, integrating monitoring units and supporting NB/4G wireless communication for operation and maintenance management platforms. Operators can remotely monitor the microstation’s operational status, including key parameters like voltage, current, temperature, and the status of each functional module.

By remotely controlling the output of each branch, operators can easily manage and maintain the equipment, addressing issues such as faults and updates. The intelligent power-down function automatically cuts off the power to non-critical equipment based on preset conditions like low battery levels, ensuring the priority power supply to critical communication equipment and enhancing system reliability and safety.

5. Function Configuration Issues

The functions of the photovoltaic microstation can be customized based on the specific needs of communication sites, such as the selection of solar power, wind energy, inverter output, or 12V output. This flexible configuration meets diverse needs in different scenarios, such as varying equipment power requirements and different energy resource environments, making it effective in various communication site constructions.

Huijue Group’s Photovoltaic Microstation

Huijue Group’s photovoltaic microstation features a compact and flexible pole-mounted design, addressing power supply, backup power, fiber optic network access, and other functional needs for communication base stations. Its tower design facilitates the installation and configuration of energy storage devices.

The microstation integrates monitoring units and supports NB/4G wireless communication access for operation and maintenance management platforms, enabling real-time monitoring and remote management of equipment status.

In terms of energy generation, the microstation utilizes photovoltaic and wind power technologies to promote low-carbon energy saving and cost reduction.

The microstation integrates lithium batteries, ensuring reliable backup power to keep equipment running even during power shortages.

Additionally, the microstation features an intelligent power-down function and remote control of branch output, with the ability to configure various energy outputs based on requirements.