For years, according to Jeff Edwards, founder and CEO of Energy Control Systems, operational teams across manufacturing, packaging, and processing environments have viewed stoppages as an unavoidable cost of doing business. “A reset here, a line slowdown there, these interruptions have become so normalized that many facilities barely register them as losses at all,” he says. Yet the financial impact of downtime remains significant. Research estimates that outages cost industrial companies an average of around $9,000 per minute.
“When a stoppage becomes routine, leaders might stop recognizing it as a problem,” he explains. “But every pause has a cost, and in highly automated environments, that cost increases faster than many people realize.” He believes that this mindset is precisely where organizations risk falling behind.
“Proactive electrical resilience has always mattered for plants dependent on electronics, automation, and sensors,” Edwards explains. “But as Industry 4.0 accelerates integration across entire production ecosystems, the urgency is intensifying.” He believes that with AI-enabled decision making, industrial IoT networks, digital twins, and cloud-connected controls becoming standard, modern equipment requires uninterrupted communication, and any disturbance can slow, reset, or misalign critical systems.
The adoption of these technologies continues to climb. According to the research, more than 90% of companies look forward to increasing their investments in AI over the next 3 years. Edwards notes that this evolution comes with a new layer of responsibility. “If companies are installing the next generation of automation, then they need a next-generation approach to protecting the electronics supporting it,” he says. “You can’t introduce advanced technology without ensuring that the underlying electrical infrastructure can sustain it.”
Energy Control Systems (ECS) has spent decades working in the field of power quality and electrical resilience, supporting organizations whose operations depend on stable, electronics-driven production environments. The company provides technology and guidance designed to help facilities identify, mitigate, and prevent electrical disturbances that contribute to equipment disruption and avoidable downtime. This long-term focus has given ECS a close view of how even small fluctuations can influence modern automated systems.
According to Edwards, many executives are beginning to realize that even minor disturbances, often invisible or intermittent, can create disproportionate consequences. He notes that even a short-lived voltage fluctuation, a transient surge, or a disturbance to a control board may not be visible in real time, yet the ripple effect has the potential to freeze a system, corrupt software, weaken sensors, or require manual resets that accumulate into meaningful downtime. Edwards argues that while the interruption may last only minutes, when multiplied across hundreds of events per year, the operational and financial impact could become substantial.
Industry forecasts point to the rising importance of addressing these vulnerabilities. One recent analysis estimates that the global surge protection devices market will grow from about $2.89 billion in 2022 to approximately $4.88 billion by 2030, reflecting steady investment in electrical resilience as automation expands
From Edwards’ perspective, many leaders only fully appreciate the scale of the issue when numbers are translated into operational terms. “If a facility is running at 84% uptime and small improvements can move that even a few percentage points, the financial and productivity gains can be significant,” he says.
The challenge, however, is that each environment is different. “Electrical conditions can vary from line to line, plant to plant, and region to region, influenced by layout, equipment age, automation levels, and energy fluctuations,” he explains. “This makes general assumptions difficult, and reinforces the need for tailored diagnostics rather than reactive responses.”
Edwards emphasizes that the conversation often begins with education rather than technology. “Many organizations may not realize what’s causing the interruption,” he explains. “If a machine stops and resets, it doesn’t look like an electrical issue. But once we ask a few questions, the root cause often becomes clearer.”
As Industry 4.0 drives deeper connectivity, the stakes increase. Edwards notes that some operational leaders adopting robotics, advanced analytics, or AI-driven controls are doing so to speed production, strengthen accuracy, and modernize their operations. But according to him, without safeguarding the electronics that support those systems, the very tools meant to enhance performance can become new sources of vulnerability.
That is why Edwards believes the next phase of industry modernization must involve aligning upgraded production capabilities with equally advanced electrical protection strategies. “Technology is moving fast,” he says. “Many companies are implementing impressive systems that can transform their production. But without reliability at the foundational level, the benefits won’t be realized.”
In a landscape where every percentage point of uptime matters and where automation is becoming central to competitiveness, proactive preparation is no longer optional. Edwards says, “The organizations that thrive will be those who understand that progress is not only defined by what is added to the line, but by how well those additions are protected.”