Real-Time Energy Monitoring and Predictive Analysis System.
IoT-based Real Time Energy Monitoring System. We let you monitor your energy consumption and analyze your electricity/power usage with personal home energy and industrial energy monitors. We are helping industries and commercial establishments gain a competitive advantage through energy and resource efficiency. This Single / Three Phase Energy Monitoring system lets you reduce your carbon footprint and provide you with energy-saving advantages.
We integrate IoT-based Energy Monitoring Devices into our cloud-based web platform that provides you with real-time energy monitoring and predictive maintenance benefits for electricity, gas, water, and solar power.
Pixel Key services towards Real Time Energy Monitoring and Predictive Analysis Systems:
- Energy Consulting
- Customized Reporting
- Real-Time Analysis
- Energy Auditing
![](https://pixelengineeringafrica.com/wp-content/uploads/2023/04/Screenshot-2023-04-26-at-02.38.16-736x1024.png)
IoT-based Solar Monitoring
Solar monitoring is trending. To protect the environment we live, solar energy as a new renewable clean energy has been widely utilized. The rapidly evolving need to remotely monitor and control utility-scale solar power-generating assets is driving demand for solar monitoring solutions. However, some difficulties occur with daily maintenance. For example, staff has to be sent out to the site to check out and do some repairs regularly the whole year in the distribution system, which costs lots of money.
![](https://pixelengineeringafrica.com/wp-content/uploads/2023/04/solar-1024x356.gif)
Pixel offers an advanced wireless solution and a cloud management platform, which is optimized to meet the demanding requirements of utility-scale deployments, and can be integrated with site-specific devices to deliver a best-in-class solar monitoring solution.
Pixel industrial controllers gather real-time data from inverters, acting as a master, and transmit data to Modbus registers, which can be accessed by the Cloud Platform via Modbus /TCP. It can receive data such as temperature, humidity, and illumination through terminals such as sensors, and transmit data to the data center, which helps technicians to monitor solar energy.