AsMosys

AsMoSys provides a comprehensive web-based platform for monitoring and analysing power quality across your electrical network using compatible CHKPQ Power Quality Monitoring products. The platform continuously collects operational data from connected monitoring devices and presents it through a single intuitive dashboard, allowing engineers to quickly identify network disturbances, investigate events, monitor long-term trends, and assess overall system performance.

By consolidating real-time measurements, historical records, waveform captures, and compliance information into one application, AsMoSys eliminates the need to manage multiple software tools. Engineers can remotely access monitoring data from anywhere, analyse network behaviour over time, and generate professional reports to support engineering investigations, regulatory compliance, maintenance planning, and customer reporting.

Historical trends, event analysis, waveform records, and compliance reporting are all available within the same secure web application.

AsMoSys works seamlessly with CHKPQ Low Voltage Network Monitoring solutions, providing utilities with a centralised platform to monitor the operational performance of low voltage distribution networks. Designed to improve network visibility, the platform enables engineers to better understand how distribution assets perform under varying loading conditions while identifying areas that require attention before they develop into operational issues.

Through continuous monitoring and historical trend analysis, AsMoSys assists utilities in optimising network performance, improving power quality, planning future network upgrades, and supporting condition-based maintenance strategies. The integrated dashboard allows users to visualise network behaviour across multiple sites while comparing performance over time using a single software platform.

The information collected helps utilities make informed operational and planning decisions while improving network reliability and asset utilisation.

Distribution transformers represent some of the most critical assets within an electrical distribution network. AsMoSys provides a centralised monitoring platform for CHKPQ Distribution Transformer Monitoring solutions, allowing utilities to continuously monitor transformer operating conditions, loading profiles, and long-term performance through a single dashboard.

Rather than relying solely on scheduled inspections, engineers can remotely review transformer performance, identify abnormal operating conditions, monitor loading trends, and detect developing issues before they lead to equipment failures. Historical trending and continuous monitoring provide valuable insight into asset utilisation, enabling maintenance teams to optimise maintenance activities and maximise transformer service life.

The platform supports ongoing assessment of transformer operating conditions while providing a comprehensive historical record for engineering analysis and asset management.

AsMoSys includes a dedicated Rail Point Condition Monitoring (PCM) module developed specifically for CHKPQ Rail Point Condition Monitoring Systems. The platform continuously records, stores, and analyses every switching operation performed by monitored point machines, providing railway operators with detailed insight into the operational health of signalling assets.

Instead of relying on routine manual inspections, maintenance teams can remotely assess point machine performance through a centralised dashboard. Continuous monitoring allows engineers to identify gradual changes in operating behaviour, detect developing mechanical or electrical issues, and prioritise maintenance activities based on actual equipment condition.

By identifying abnormal operating characteristics at an early stage, AsMoSys enables proactive maintenance, reducing signalling failures, minimising emergency call-outs, and improving overall railway network reliability.

AsMoSys is more than a data collection platform. It transforms operational data collected from compatible CHKPQ monitoring devices into meaningful engineering intelligence that supports informed decision-making across an organisation.

By combining real-time monitoring with historical trend analysis, AsMoSys enables engineers and asset managers to identify developing problems, understand long-term asset behaviour, and make maintenance decisions based on actual operating conditions rather than fixed maintenance intervals.

• Detect gradual asset deterioration
• Predict developing equipment faults
• Improve maintenance planning
• Reduce unplanned outages
• Extend asset service life
• Improve operational efficiency
• Support long-term asset investment planning

The result is a smarter, more proactive approach to managing electrical infrastructure while improving reliability and reducing operational costs.

AsMoSys continuously monitors every connected CHKPQ monitoring device and automatically generates alarms whenever abnormal operating conditions are detected. Rather than requiring engineers to manually review data, the platform immediately highlights events requiring attention, allowing maintenance personnel to respond quickly and efficiently.

Alarm notifications are displayed through the central dashboard and can be reviewed alongside historical operating data, trends, events, and waveform captures to assist with fault investigation and root cause analysis.

• Voltage violations
• Harmonic exceedance
• Transformer overloads
• Temperature alarms
• Communication failures
• Device faults
• Rail point operating abnormalities
• Switching performance deterioration
• Asset health warnings

This intelligent alarm management system enables organisations to detect developing issues earlier, reduce response times, and minimise the likelihood of unexpected equipment failures.

AsMoSys includes a powerful reporting engine that converts operational data into professional engineering reports with a single click. Rather than manually compiling information from multiple sources, users can instantly generate consistent reports for engineering investigations, maintenance activities, customer documentation, and regulatory compliance.

The reporting engine automatically incorporates historical data, trends, alarms, events, and recorded measurements into professionally formatted reports that are easy to interpret and share across an organisation.

• Power Quality Reports
• IEC 61000-4-30 Compliance Reports
• EN50160 Compliance Reports
• Low Voltage Network Reports
• Distribution Transformer Reports
• Rail Point Condition Reports
• Asset Condition Reports
• Alarm Summary Reports
• Historical Trend Reports
• Executive Management Reports

Reports can be generated on demand and exported in professional formats, providing engineers and decision-makers with the information required to support maintenance planning, operational analysis, customer reporting, and compliance obligations.