Energy Tracking Systems And Usage

What is Energy Tracking?

Energy tracking is a process used to monitor and manage the amount of energy used and consumption habits in industries, public institutions, or businesses. This process is used to optimize energy usage, reduce costs, and minimize environmental impacts. Especially in today's world where energy costs are constantly rising and environmental sustainability is becoming increasingly important, energy tracking systems play a vital role.

How Does an Energy Tracking System Work?

Energy tracking is performed using various devices and software solutions. These devices generally include analyzers, sensors, and other monitoring tools that measure energy consumption. Analyzers continuously record the usage of resources such as electricity, gas, or water. This data is then transferred to a computer system for analysis.

Software solutions process this data and convert it into detailed reports and visuals. These reports show which areas of your energy usage are efficient or inefficient, providing a clear roadmap for intervention.

Why Should Energy Tracking Be Used?

Increasing Energy Efficiency: Tracking energy consumption prevents waste and allows for more production with less energy.

Cost Savings: Energy tracking prevents unnecessary energy consumption and makes energy usage more efficient, thus reducing costs.

Improving Facility Performance: Energy consumption analysis enhances performance and identifies improvement opportunities.

Reducing Environmental Impact: Using less energy helps reduce carbon footprints and environmental impacts.

Reducing Maintenance and Service Needs: Early warnings and fault detection reduce the need for maintenance and prevent unexpected downtime.

Reporting and Analysis Capability: Detailed reports monitor energy efficiency performance and support decision-making.

Resource Management: Energy consumption data shows which devices consume more energy or when energy consumption increases, allowing for better resource planning.

Energy Tracking with PierEIS

Pier EIS identifies energy losses and reduces risks by detecting abnormal consumption patterns and potential faults early, thus reducing energy costs. This strengthens decision-making processes in energy management and achieves cost-effectiveness.

Pier EIS reads energy production and consumption data from electricity meters, analyzers, and sensors using ORC series IoT router hardware modules for analysis. The collected data is encrypted using blockchain technology and securely transferred to Pier EIS's cloud-based software platform.

Capabilities of PierEIS

• Energy Cost Distribution in the Facility 
• Energy Cost per Product 
• Machine Performance 
• Active-Reactive Power Excess Monitoring 
• Effective Alarm Mechanism 
• Operational Maintenance Support
• Preventive Maintenance Support
• Measurement Support in TS EN ISO 50001 Standards

By controlling your energy with Pier EIS, you can achieve energy savings of up to 30%. If you want to take advantage of this benefit, you can request a demo right away.

What Problems Can Arise If Energy Tracking Is Not Done?

If energy tracking systems are not used, you may encounter high electricity bills and not be able to detect unnecessary electricity consumption. It becomes difficult to determine which devices consume how much electricity and reduce unnecessary expenses.

Without an energy tracking system, it is difficult to identify inefficient or faulty devices in your industrial facilities or businesses. These devices consume electricity unnecessarily and increase your bills. However, by using energy tracking, you can identify such devices and take necessary measures.

In conclusion, energy tracking is not only about reducing costs but also a strategic tool for transitioning to a more sustainable and environmentally friendly lifestyle. The adoption of this method by both individuals and organizations will contribute to a greener and more efficient future.

If you would like more information about energy tracking systems, you can check out our article on energy monitoring systems.