Application of Solar-Powered Systems in Smart Construction Site Dust Monitoring and Surveillance

Keywords:

Solar-powered systems, photovoltaic power generation, smart construction sites, and dust monitoring systems

Back Scene:

In green construction site creation and civilized construction assessments, this system provides quantitative data that accurately reflects the level of dust pollution control at the job site—making it a valuable tool for regions across the board. An important component of the "Clean Air Initiative," it is also expected to become an effective tool for building smart environmental protection, contributing significantly to atmospheric pollution control. Unmanned remote monitoring and assessment systems—covering areas such as urban management, smart cities, wireless city initiatives, construction sites, and IoT applications—are primarily used for dust monitoring in urban functional zones, at industrial enterprise boundaries, along construction site perimeters, and in residential areas.

Proposal Overview

    The dust monitoring system monitors the following elements: PM2.5/PM10, temperature and humidity, wind speed and direction, noise levels, as well as the video surveillance system, LED System display, data acquisition / Transmission / Processing system, information monitoring platform PC/app End.)

The equipment requiring solar power on-site includes: Data collection sensors for PM2.5/PM10, temperature and humidity, wind speed and direction, noise levels, as well as video cameras, LED Display screens and transmission equipment.

The solar power system consists of solar panels, energy-storage batteries, The system consists of an MPPT solar controller, a pure sine wave inverter, as well as pole structures, solar mounting brackets, and control cabinets.

How a solar power system works:

It works by converting solar energy into electricity during the day using solar panels, through The MPPT solar controller charges the energy storage battery while simultaneously converting solar DC power into AC power via a pure sine-wave inverter, providing electricity to devices—or even directly powering DC equipment. This ensures that the dust monitoring system not only operates smoothly during daylight hours but also functions reliably at night and during overcast or rainy days.

Principles for designing solar power systems:

( 1) Determine the capacity of solar power generation based on the specific solar energy resources and load power consumption of the region. 2) Ensure a continuous and stable power supply to all monitoring equipment.
( 3) Consider Daily operating hours for equipment power consumption For: 24 hours.
( 4) Economical, practical, reliable, and safe.
( 5) Continuous use on long rainy days can reach up to 5-7 Sky (can be added upon customer request).
( 6) Can be provided simultaneously DC12V/DC24V/DC9V/DC5V Or AC 220V output voltage.
( 7) Utilizing the latest maintenance-free solar-specific batteries Or lithium iron phosphate batteries As an energy storage device, the operating temperature is Between -40℃ and +60℃, it features high durability and superior performance.
( 8) Utilizing specialized lightning protection technology to ensure stable system operation, free from interference caused by thunderstorms.
( 9) Use a monitoring-specific inverter and controller that do not interfere with the normal reception and transmission of monitoring signals. Interference.

Solar-powered dust, noise, and environmental monitoring system, designed for use in construction sites, demolition areas, coal mines, industrial parks, communities, urban environments, residential complexes, and more. It enables city managers, project implementers, and local residents to remotely and in real time manage resources and make informed decisions—providing clear, actionable insights to support the creation of a sustainable, community-friendly social environment.

Hepuyu New Energy is a national high-tech enterprise specializing in solar photovoltaic technology. / Wind power applications, offering professional one-stop photovoltaic solutions / Wind power / Energy storage and other power supply solutions.

Contact numbers: 18001286295, 18001286236