T: 028 8744 0143 | E: Info@Caetus.co.uk
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Monitoring
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Automation
03
Analytics
IoT Energy Management
04
Efficiency
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Control
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Integration
Real Time Energy Monitoring
Experience complete visibility and control over your energy usage with our real-time machine monitoring dashboard. View energy consumption for each process displayed through stacked line graphs and pie charts. Instantly see key statistics like current, monthly, and annual consumption and carbon, giving you a comprehensive overview of your energy performance. Track usage changes as they happen, empowering you to respond immediately to energy spikes or anomalies.
Quantify Cost, Quantify Savings. Unlock instant cost-saving opportunities with real-time insights. By monitoring which processes consume the most energy, you can optimise production schedules to run high-energy processes during off-peak times. For example, a factory running plastic moulding machines can shift production to low-tariff hours. Address energy wastage as soon as it occurs and avoid inflated bills caused by unnoticed surges. Over time, these savings can add up to significant reductions in energy bills.

Every Machine, One Location
See the status of every connected machine at a glance with our Grouped Machine Dashboard. This grid-style layout displays the status of each machine as online, offline, or alarm, ensuring you can immediately identify issues. Stay on top of your production environment with a simple, visual status tracker that keeps you in control.
No more unnoticed machine failures or costly delays. With real-time status updates, you can respond faster to breakdowns. Imagine spotting that a packaging machine has gone offline before it impacts your delivery schedule – Caetus EMS makes it’s possible. Take proactive action to keep production moving, reduce downtime, and increase equipment utilisation. Faster reaction times lead to faster cost savings.
Granular Data, Always Available
Dive deep into the performance of individual machines with our Detailed Machine View. See historical trends for voltage, current, power factor, and energy usage. This level of detail allows you to analyse patterns over time and identify deviations from normal operation. Customise the time frame to see daily, weekly, or monthly performance data, and gain complete insight into machine health
Data-driven insights mean smarter decisions. Use historical performance data to predict machine failures before they happen. For example, if a compressor is consuming more power than usual, it may need maintenance. Identifying this early could prevent a costly breakdown. Track energy trends, find periods of peak usage, and schedule operations accordingly to avoid high energy charges. Reduce maintenance costs, energy bills, and downtime with precision insights.

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How Do IoT Energy Management Systems Improve Efficiency?
Integrating IoT into energy management allows for real-time monitoring and control of energy consumption. IoT devices collect data from various sources, enabling detailed analysis of usage patterns. This leads to optimized energy use, reduced waste, and significant cost savings. For instance, IoT sensors can monitor assets like HVAC equipment, Industrial Equipment, and solar panels, providing insights that enhance operational efficiency.


How Can an IoT Energy Management System Help Achieve ISO 50001 Certification?
IoT technology provides real-time monitoring of energy usage across all devices and facilities, enabling precise tracking and analysis. This helps identify inefficiencies, optimize energy use, and implement data-driven strategies to meet ISO 50001’s requirements.
Additionally, IoT systems automate the documentation process, ensuring accurate records of energy performance, a critical component of ISO 50001 compliance. By using Caetus IoT EMS, organisations can streamline their journey to certification while driving sustainability and cost savings.
How Can Businesses Achieve Sustainability with IoT-Based Energy Management?
IoT-based energy management systems provide detailed insights into energy consumption, allowing businesses to identify inefficiencies and implement targeted strategies for optimization. This not only reduces operational costs but also supports environmental sustainability by minimizing waste. By leveraging IoT technology, companies can align with sustainability initiatives and regulatory requirements.


What Are the Benefits of Implementing AI-Driven Energy Management Systems?
AI-driven energy management systems analyse data from various sources, such as consumtion data, weather predictions, and occupancy trends, to optimise energy usage. They enable demand response by adjusting consumption in real-time, leading to enhanced energy efficiency and cost savings. Additionally, these systems support sustainability goals by reducing greenhouse gas emissions.
Caetus Systems
Premium Products that make a Difference

Fully specified and developed systems, in one place. Caetus offer a vast variety of premium energy collection hardware and analysis modules for all your energy management needs. Get in touch today to get your system specified by our technical team. Hands of specification, and site visit inspections. A hands of solution, allowing you to stay hands on.
Prememium calibrated energy measurement devices are the foundation of the Caetus energy management system. Providing low latency, accurate, and reliably consistent measurements. Giving accurate insights and powerful savings

Bodor P
Point 1:
points
Point 2:
points
Point 3:
points
Point 4:
points
points
Point 2:
points
Point 3:
points
Point 4:
points

AWT100 (Copy)
Modbus Smart Gateway
Input:
Modbus RTU up to 30 devices
Point 2:
Modbus TCP over Ethernet, Cellular, Wifi
Power:
24v DC
Data:
High data aquisition rate
Modbus RTU up to 30 devices
Point 2:
Modbus TCP over Ethernet, Cellular, Wifi
Power:
24v DC
Data:
High data aquisition rate

AWT100-Lora
Modbus Smart Gateway
Input:
Modbus RTU up to 30 devices
Point 2:
Modbus TCP over Ethernet or LoRA
Power:
24v DC
Data:
High data aquisition rate
Modbus RTU up to 30 devices
Point 2:
Modbus TCP over Ethernet or LoRA
Power:
24v DC
Data:
High data aquisition rate

ADL200
Single phase multifunction energy meter.
Input:
CT or Direct Connect 80A, 220v-380v
Features:
kWh, RP, IP, AP, PF, Hz
Harmonics:
2-31ST Harmonic
Communication:
Modbus RTU
CT or Direct Connect 80A, 220v-380v
Features:
kWh, RP, IP, AP, PF, Hz
Harmonics:
2-31ST Harmonic
Communication:
Modbus RTU

ADL400
3 phase multifunction energy meter.
Input:
CT or Direct Connect 80A, 220v-380v
Features:
kWh, RP, IP, AP, PF, Hz
Harmonics:
2-31ST Harmonic
Communication:
Modbus RTU
CT or Direct Connect 80A, 220v-380v
Features:
kWh, RP, IP, AP, PF, Hz
Harmonics:
2-31ST Harmonic
Communication:
Modbus RTU

AWT100
Modbus Smart Gateway
Input:
Modbus RTU up to 30 devices
Point 2:
Modbus TCP over Ethernet, Cellular, Wifi
Power:
24v DC
Data:
High data aquisition rate
Modbus RTU up to 30 devices
Point 2:
Modbus TCP over Ethernet, Cellular, Wifi
Power:
24v DC
Data:
High data aquisition rate
Get In touch
+44 (0) 7743352128
Available from 8:00 – 17:30
Address Cookstown
Email Info@caetus.co.uk