Transformation – Wattnow

Transformation/ Processing

Our solution is designed to track your production efficiency and provide valuable data-driven insights to boost your facility’s performance and profitability

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main energy consumers

Efficient processing operations

Boost your efficiency and productivity while
minimizing costs and maximizing your bottom line

Industrial furnaces

These are used in the transformation industry for a variety of purposes, including melting, refining, and heat treatment of materials. They can be energy-intensive, particularly if they are used to process materials at high temperatures or if they are not properly insulated.

Motors and drives

Many transformation processes involve the use of motors to drive pumps, fans, conveyors, and other equipment. These can consume a lot of energy, especially if they are not properly sized for the load they are serving or if they are operated inefficiently.

Hydraulic systems

These are used to power a wide range of equipment in the transformation industry, including presses, punches, and injection molding machines.

Compressed air systems

These are used to power a wide range of equipment in the transformation industry, including pneumatic tools and packaging machinery.

Benefits

Maximize
processing
efficiency

Here’s how Wattnow can elevate your
plant’s performance.

Better risk management

Mitigate energy-related risks with efficiency.

Automated energy controls

Such as lighting and HVAC

Energy-efficient equipment

Such as motors, pumps, and refrigeration systems

Increased transparency

and data-driven decision making

Features

All your plant needs

Wattnow’s comprehensive suite of features helps your plant achieve optimal energy use

Anomalies detection

This feature allows for the detection of unusual energy usage patterns, which can help identify issues such as equipment malfunctions or human errors that can lead to unnecessary energy consumption.

Advanced analysis

Advanced reporting capabilities, such as custom ratios and dashboarding, allow manufacturing facilities to analyze their energy usage data in greater detail, providing insights into areas where energy efficiency improvements can be made.

Detect portfolio outliers

This feature helps identify facilities in the manufacturing portfolio that may be performing less efficiently, so that attention and resources can be directed to those specific sites for energy savings.

Automation & control

Automation and control allows for remote control of energy usage, reduced energy waste and increased efficiency. This feature can be customized to suit specific needs, allowing for greater control over energy usage and reducing the need for manual intervention.

Realtime alerting

Real-time alerting allows manufacturing facilities to be quickly notified of potential issues, such as equipment malfunctions or power outages, so that they can take action to minimize downtime and energy waste.

Forecasting

Forecasting can help manufacturing facilities to predict future energy usage and budget accordingly, allowing them to make more informed decisions about energy usage and cost management.

Automated reports

This feature allows for easy monitoring of energy consumption and cost across different teams and departments, as well as automated reporting to staff members, this feature ensures that energy usage is being tracked and monitored at all times and allows for quick action to be taken in case of any anomaly.

Centralization & scalability

Energy usage data, production, and distribution is collected, concentrated and managed in a single dashboard which allows for greater control and coordination of various energy-related activities. Our solution handles an increasing amount of data as the project grows and can accommodate to the addition of new energy sources, devices, and users without affecting its performance.

Continuous archiving

Our Dashboard enables you to continuously save all energy-related data generated by the system. This helps provide a complete and detailed record of energy-related activities over time. This data is used to identify trends, monitor energy usage patterns, and analyze energy efficiency. It is also used for regulatory compliance, billing, and reporting purposes.