Canadian energy infrastructure operates mostly out of sight, but its importance becomes clear the moment there is an outage. Substations, switching yards, and pipeline pump stations across Ontario handle high‑value, high‑risk equipment that keeps power and fuel flowing to cities and industrial clients.

In recent years, police services and utilities have reported attempted thefts of copper, vandalism, and trespassing at substations in multiple provinces, including Ontario. In some cases, intruders caused damage that led to local outages; in others, they were injured by live equipment they did not understand. These incidents are a stark reminder that “remote” does not mean “low risk.”

What substation incidents tell us about security weaknesses

When you examine public reports on substation trespasses and thefts, several weak points show up repeatedly.

• Limited surveillance: small, outdated camera systems covering only front gates and main access roads

• Poor night performance: cameras without proper low‑light capability, making overnight footage nearly useless

• Blind spots inside the fence: no visibility around transformers, control buildings, and cable terminations

• Short retention windows: footage overwritten before incident investigations are fully underway

For large energy operators—including electric utilities and major pipeline companies—the financial and reputational stakes are high. A single successful intrusion can damage critical assets, delay industrial customer operations, and trigger regulatory scrutiny.

Why energy facilities need a different CCTV approach

Industrial CCTV for Canadian energy facilities has to contend with unique challenges: electrically noisy environments, hazardous areas where workers cannot always be present, and large outdoor footprints with complex geometry. That is why systems designed for retail or small commercial sites simply do not translate.

A modern, industrial‑grade design typically includes:

• 64 or more high‑resolution cameras spread across perimeter, internal yards, and building approaches

• PTZ cameras mounted on poles to give wide, sweeping coverage of transformer fields and buswork

• Fixed bullet or dome cameras focused on gates, control room doors, and critical junctions in the yard

• Hardened NVRs with redundant storage and secure remote access for security and operations teams

This configuration gives control centre staff and on‑call engineers a detailed view of what is happening during both normal operations and alarms—whether that is a suspected intruder, storm damage, or unusual activity around high‑risk equipment.

How video analytics help protect critical infrastructure

Analytics are particularly valuable for energy sites because they can watch consistently when staff cannot. With properly configured analytics on an industrial CCTV system, energy operators can detect:

• Human movement inside fenced areas after hours

• Vehicles stopping for unusual periods near back‑of‑site entrances or along service roads

• Attempts to climb fences or access restricted zones such as control buildings and cable trenches

• Loitering near gates or exterior perimeter during sensitive periods

These alerts can be tied to existing alarm and SCADA workflows, ensuring that suspicious activity near critical equipment is escalated quickly to the right team. In some cases, analytics can also help detect environmental issues—for example, spotting smoke, pooling water, or disturbances in areas known for wildlife interference.

For pipelines, pump stations and valve sites can benefit from similar setups, especially where high‑value equipment is located in isolated rural areas but still vulnerable to theft or tampering.

Supporting regulatory compliance and incident response

Energy and pipeline companies must demonstrate to regulators and auditors that they are taking reasonable steps to protect critical infrastructure. That often includes documented security measures, incident logs, and the ability to show how incidents are investigated and addressed.

An industrial CCTV platform that covers the whole facility—not just the gate—supports this in several ways:

• High‑quality footage of any intrusion or suspicious activity

• Clear timelines of when alarms occurred and how the organization responded

• Visual evidence used to refine security procedures and physical layouts

• A record that can be shared with law enforcement and insurance when needed

When an incident does occur, the combination of wide‑area PTZ coverage and targeted fixed cameras allows investigators to follow the intruder’s path, identify how they got in, what they touched, and where defences need strengthening.

What Ontario energy operators should consider now

Energy facilities in Southern Ontario—from local distribution substations around the GTA and Golden Horseshoe to larger transmission and pipeline sites—should treat recent intrusion cases as an opportunity to review their own posture.

Key questions to ask include:

• Do we have visibility across the entire yard, including inside the fence and along back‑of‑site perimeters?

• How well do our cameras perform at night and during bad weather?

• Are analytics being used to detect intrusions automatically, or do we rely solely on alarms and humans noticing anomalies?

• Can our operations and security teams easily access and search footage during an event?

ForceVision works with large energy and pipeline operators to design CCTV systems that respect the unique constraints of high‑voltage and hazardous environments while delivering the visibility regulators, insurers, and boards expect. If you are re‑evaluating your security around substations, switching yards, or pump stations, ForceVision can help you map out an industrial‑grade video strategy that fits both your risk profile and your operational realities.

The bottom line: substation intrusions may make headlines only occasionally, but the underlying risk is constant. Treating CCTV as a critical operational asset—not just a security add‑on—helps ensure that when something does happen, you see it early, understand it clearly, and can respond decisively.

FAQ

Q1: Are cameras safe to use around high‑voltage equipment?
A1: Yes, industrial‑grade cameras and mounts are designed to be installed with appropriate clearances, grounding, and EMC considerations, following utility standards and safety rules.

Q2: How do remote control centres access video from multiple sites?
A2: Modern NVR platforms allow secure network connections so operators can view live and recorded video from substations, pump stations, and terminals through central monitoring systems.

Q3: Can CCTV help with non‑security incidents, like storm damage?
A3: Absolutely; operators often use cameras to assess damage, verify access conditions for repair crews, and monitor flooding or ice build‑up without sending staff into hazardous areas unnecessarily.

Q4: How long should energy facilities keep recorded footage?
A4: Many aim for at least 30–60 days of retention, with longer storage for sites with higher regulatory or insurance scrutiny; policies should align with corporate risk management frameworks.