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El-Björn CONNECT’s flexible portal structure allows it to be used across a wide range of industries.
Utilising its combination of climate and power monitoring, performance reporting, and early warning systems, your portal can be personalised to suit your specific site requirements.
With instant reporting and historical data at your fingertips, your site can achieve significant cost savings through stable temperatures, controlled humidity, and optimised energy use.
Our AI Insights analyse the the output performance of your onsite machines to identify the most efficient machine settings to achieve your ideal working climate.
Create automated operating schedules for your TF EBC machines, reducing energy use outside working hours and warming the site before you arrive. No more worrying about leaving the heating on over the weekend.
Experiencing a cold snap or heatwave on site? Our cloud-based portal allows you to remotely adjust the power, temperature, and fan speed of your TF EBC machines without leaving your seat. No more running around the site manually adjusting machines.
Measure the kWh consumption and load of your onsite machines. Identify areas using excessive power across your site and make effective adjustments that save money. Or, efficiently manage your load shedding strategy during periods of low demand.
Monitor humidity levels in key areas of your site and take preventative action to avoid costly damage. Protect raw materials in storage areas, personal belongings in staff welfare units, and electrical equipment in data centres, with downloadable proof of humidity performance.
Receive instant alerts if your machines operate outside their set parameters. Assign team members to receive customised notifications, allowing faster onsite adjustments and helping prevent costly issues.
Don’t waste time extracting data and creating complicated reports. Our instant reports and scheduled report builder instantly provide performance overviews of at site area and machine level, in an easy to digest format.
El-Björn CONNECT’s flexible portal structure allows it to be used across a wide range of industries.
Utilising its combination of climate and power monitoring, performance reporting, and early warning systems, your portal can be personalised to suit your specific site requirements.
With instant reporting and historical data at your fingertips, your site can achieve significant cost savings through stable temperatures, controlled humidity, and optimised energy use.
Our AI Insights analyse the output performance of your on-site machines to identify the most efficient operating settings for achieving your ideal working environment.
Create automated operating schedules for your TF EBC machines, reducing energy consumption outside working hours and ensuring your site is warm before you arrive. No more worrying about leaving the heating on over the weekend.
Experiencing a cold snap or heatwave on site? Our cloud-based portal allows you to remotely adjust the power output, temperature, and fan speed of your TF EBC machines without leaving your desk. No more running around the site manually adjusting equipment.
Measure the energy consumption (kWh) and electrical load of your on-site machines. Identify areas using excessive power across your site and make informed adjustments that reduce energy costs. You can also efficiently manage your load-shedding strategy during periods of high demand.
Monitor humidity levels in key areas of your site and take preventative action to avoid costly damage. Protect raw materials in storage areas, personal belongings in welfare units, and sensitive electrical equipment in data centres, with downloadable records of humidity performance.
Receive instant alerts whenever your machines operate outside their predefined parameters. Assign customised notifications to specific team members, enabling faster on-site action and helping to prevent costly issues before they escalate.
Don’t waste time extracting data and creating complicated reports. Our instant reports and scheduled report builder provide clear performance overviews at site, area, and machine level in an easy-to-digest format.
