Generator Paralleling System Check

Maintenance interval reached or inspection due date approachingTechnician receives inspection alert and maintenance checklist

Automatically schedule and track paralleling system inspections with intelligent maintenance reminders that ensure load-sharing equipment operates safely and efficiently between multiple generators.

Quick Answer

An automated generator paralleling system check monitors maintenance intervals and automatically schedules inspections, sends alerts to technicians, generates equipment-specific checklists, and tracks completion status—ensuring synchronization equipment remains reliable and preventing costly failures during load-sharing operations.

How This Automation Works

Maintenance interval reached or inspection due date approachingTechnician receives inspection alert and maintenance checklist

1

Monitor Maintenance Schedule

The system continuously tracks maintenance intervals for all paralleling system components based on calendar dates, runtime hours, synchronization events, or custom schedules. It identifies upcoming inspection requirements and prepares notifications before due dates to allow adequate planning time.

2

Generate Inspection Alert

When an inspection becomes due, the system automatically creates a detailed maintenance alert containing equipment specifications, location details, previous inspection findings, and a comprehensive checklist tailored to the specific paralleling configuration. The alert includes all relevant equipment documentation and maintenance history.

3

Notify Maintenance Team

The system sends notifications to designated technicians via multiple channels—email, SMS, mobile app, or facility management dashboard. Alerts include priority levels, estimated completion time, required tools, and safety considerations. Escalation protocols ensure critical inspections receive immediate attention.

4

Create Work Order

A work order is automatically generated in the facility management system with all inspection details, equipment identifiers, maintenance procedures, safety protocols, and required test equipment. The system schedules the inspection based on technician availability, equipment accessibility, and operational requirements.

5

Execute and Document Inspection

Technicians complete the paralleling system check using the automated checklist, recording measurements, observations, and test results directly into the system. Digital forms guide technicians through synchronization testing, load-sharing verification, and control system validation, ensuring comprehensive inspections every time.

6

Update Maintenance Records

Upon completion, the system automatically logs inspection data, updates equipment maintenance history, calculates next service intervals, and flags any issues requiring follow-up. Performance trends are analyzed, compliance reports are generated, and the maintenance schedule is updated for the next inspection cycle.

Automation Complete

How It Works

Generator paralleling systems require regular inspection and maintenance to ensure safe, synchronized operation when multiple units share electrical loads. This automated system schedules routine checks, monitors maintenance intervals, tracks inspection records, and sends timely alerts to technicians before critical components fail. By automating paralleling system checks, facilities maintain optimal load distribution, prevent costly synchronization failures, and ensure backup power reliability. The system captures inspection data, generates compliance reports, and maintains a complete maintenance history for all paralleling switchgear, control panels, and synchronization equipment—eliminating manual scheduling errors and preventing unexpected downtime during critical power events.

The Trigger

The system monitors maintenance schedules and automatically triggers alerts when paralleling system inspections are due based on time intervals (monthly, quarterly, annual), runtime hours, or number of synchronization events. Additional triggers include pre-defined maintenance windows, seasonal checks before peak demand periods, or after significant load-sharing events that stress paralleling equipment.

The Action

When triggered, the system automatically generates a detailed inspection checklist specific to paralleling equipment, sends notifications to assigned maintenance personnel, creates a work order in the facility management system, and schedules the inspection based on technician availability. The system tracks completion status, captures inspection findings, logs equipment condition data, and updates the maintenance history—ensuring no paralleling system check is overlooked.

Common Use Cases in Generator

  • Data centers with multiple generator sets requiring synchronized load sharing during utility failures or maintenance windows
  • Healthcare facilities maintaining critical power through paralleled emergency generators that must operate flawlessly during outages
  • Manufacturing plants using paralleling systems to manage peak demand and optimize generator runtime across multiple units
  • Commercial buildings with backup power systems that parallel generators to meet large electrical loads during emergencies
  • Mission-critical facilities requiring quarterly paralleling system testing and annual comprehensive load-sharing verification
  • Multi-tenant properties managing generator maintenance schedules across diverse tenant requirements and regulatory compliance needs

Results You Can Expect

Eliminate Manual Scheduling

92% reduction in scheduling errors

Automated maintenance tracking removes the burden of manual calendar management, spreadsheet updates, and reminder creation. The system never forgets an inspection due date and adjusts schedules automatically when maintenance is completed or rescheduled, ensuring consistent paralleling system care without administrative overhead.

Prevent Synchronization Failures

78% fewer emergency repairs

Regular, timely inspections catch synchronization control drift, sensor degradation, and component wear before they cause failures during critical load-sharing events. Proactive maintenance prevents costly emergency repairs, minimizes downtime, and ensures backup power systems perform reliably when needed most.

Maintain Compliance Documentation

100% audit-ready records

Automated systems create complete, timestamped maintenance records that satisfy regulatory requirements and insurance standards. Digital documentation eliminates lost paperwork, provides instant access to inspection history, and generates compliance reports automatically—simplifying audits and reducing liability exposure.

Optimize Technician Productivity

35% faster inspections

Pre-populated checklists, automated work orders, and digital data entry streamline the inspection process, allowing technicians to complete more thorough checks in less time. Guided procedures reduce training requirements, improve inspection consistency, and free technicians to focus on equipment assessment rather than paperwork.

Frequently Asked Questions About This Automation

Generator paralleling systems should be inspected monthly for basic operational checks, quarterly for synchronization testing and control verification, and annually for comprehensive load-sharing performance testing. High-criticality facilities may require more frequent checks. Automated scheduling ensures these intervals are maintained consistently without manual calendar management.

Powered by Fieldproxy

Set Up Scheduled Maintenance Alerts in Minutes

Stop doing manual work that software can handle. Fieldproxy makes it easy to set up this automation and dozens more - no coding required. Our AI builder helps you customize everything to match your exact business process.

Time Saved
12 hours per month
ROI Impact
85% fewer missed inspections