From Prototype to the Field: Manufacturing Electronics for the Next Generation of Energy Technology
Canada’s energy sector is investing heavily in new infrastructure, automation and technology. In 2025, capital expenditures across the sector reached $89 billion, including $42 billion in oil and gas extraction and $34 billion in electrical power generation and distribution. Canada also had 205 planned major energy projects valued at $378 billion, alongside 186 clean technology projects worth $240 billion.
Behind many of these projects is an increasingly sophisticated layer of electronics. Today’s energy technology companies are developing smarter measurement systems, connected field equipment, advanced sensing platforms and new power technologies. But designing the product is only part of the challenge. Moving complex electronics from prototype into reliable, repeatable production requires a manufacturing strategy built for the environments where these products will actually operate.
Energy technology is becoming more connected
The range of electronic applications within energy continues to expand.
- Drilling and downhole technologies rely on measurement, telemetry, imaging, directional drilling and sensor electronics capable of operating under extreme temperatures and vibration.
- Well-site and production systems increasingly incorporate SCADA, RTUs, electronic controls, industrial IoT, metering and remote communications.
- Pipeline and infrastructure technologies use sensing, leak detection, fiber optics, communications and monitoring electronics to provide greater visibility across distributed assets.
Meanwhile, new energy and environmental technologies are creating demand for electronics used in energy storage, fuel cells, hydrogen systems, power management, methane detection, emissions monitoring and carbon-reduction equipment.
Methane measurement is a good example of this shift. Canada’s updated upstream oil and gas methane regulations include a performance-based pathway involving emissions monitoring systems and electronic alerts. At the same time, work is underway to establish standardized approaches for selecting methane measurement technologies and verifying the data they produce.
That creates an important challenge for technology OEMs: how do you manufacture increasingly complex electronics while maintaining reliability in demanding field conditions?
The field changes the manufacturing equation
An electronic assembly operating inside a controlled building faces a very different life from one deployed downhole, at a remote well site or along energy infrastructure.
Depending on the application, manufacturers may need to account for:
- extreme temperatures and thermal cycling;
- vibration and mechanical stress;
- moisture, dust and contaminants;
- long deployments with limited service access;
- demanding power and connectivity requirements; and
- long product lifecycles and component availability.
These conditions make manufacturing decisions important early in the product lifecycle.
Design for Manufacturing reviews can identify production risks before volume increases. Component and supply-chain planning can reduce lifecycle exposure. Processes such as conformal coating, potting and sealing can provide additional environmental protection. Just as importantly, inspection, traceability and functional testing help ensure that what leaves the factory performs as intended in the field.
At DSM, we believe reliability starts long before production begins. By bringing engineering, quality, supply chain and manufacturing teams into the process early, we help OEMs identify risks, strengthen manufacturability and build a more reliable path from initial production to long-term scale.
From PCBA to a field-ready system
For energy technology OEMs, the right manufacturing partner should support more than PCB assembly.
At Dynamic Source Manufacturing (DSM), that can include complex SMT and PCB assembly, high-temperature processes, cable and wire-harness manufacturing, conformal coating, potting, box-build integration, thermal cycling, functional testing and instrument-level verification.
DSM also uses serialized manufacturing traceability and Design for Manufacturing reviews to strengthen process control and help customers identify production issues early.
That approach can support products ranging from downhole instrumentation and remote monitoring equipment to industrial communications, power-management systems and emerging energy technologies.
Building energy technology closer to home
Manufacturing location has also become part of the risk equation.
DSM operates manufacturing facilities in Calgary, Alberta, and Tempe, Arizona, with mirrored electronics manufacturing capabilities across both locations. This North American footprint gives OEMs options to manage capacity, logistics, lead times and supply-chain continuity as programs grow.
As Canada invests in both conventional and emerging energy technologies, the electronics behind those systems will continue to become more capable, and more critical.
The manufacturing challenge is to make sure those innovations can move successfully from prototype to production, and from the factory floor to the field.
Developing the next generation of energy technology?
Reach out to DSM today: dsmsales@dynamicsourcemfg.com
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