Meter exchanges, service connections, compliance inspections and distributed energy installs scheduled and recorded against the network assets they touch.
Field Service helps utilities and energy service companies plan, dispatch and document the work that happens at customer premises and along the network. Meter installs, connects and disconnects, gas leak checks, pole and pipeline inspections, and solar, battery or vehicle charger installations become work orders tied to the premise, the asset and the customer account. Technicians receive jobs matched to their qualifications, complete inspection forms offline, and capture readings and photos. Supervisors see progress across service territories, and regulators can be shown when each required inspection happened and what was found.
Energy field work combines routine volume with sudden emergencies. On an ordinary day, crews handle scheduled meter exchanges and inspection cycles set by regulation; during a storm or gas event, priorities change within minutes and mutual assistance crews may arrive from elsewhere. Field Service adapts through priority-based scheduling, emergency work types that bypass normal rules, and crews that can be reassigned in bulk. The other difference is that the asset, not the customer, often defines the job. A premise has meters, service lines and transformers with their own histories, typically held in GIS and work management systems. Field Service connects to those systems instead of trying to become the network model itself.
Move-ins, move-outs, reconnects, disconnects for nonpayment and high-bill investigations arrive from the customer information system as work orders. Appointment windows are offered where a customer must be present, and technicians confirm meter reads and seal numbers on completion. Results return to billing automatically, so a completed reconnection is reflected on the account without a phone call to the back office.
Leak surveys, atmospheric corrosion checks, vegetation patrols and equipment inspections recur on schedules set by regulators. Maintenance plans generate the work, mobile forms capture every required data point, and missed or overdue inspections appear on a supervisor dashboard long before the audit. Findings that need repair create follow-up work orders linked to the original inspection. Inspection history also informs asset replacement planning.
Solar, battery storage and vehicle charger installers coordinate site surveys, permitting, installation and interconnection inspection as linked steps. Each installed system becomes an asset with its components and serial numbers, ready for warranty service and future monitoring. Customers receive appointment reminders and completion confirmations, which reduces rescheduling and missed site visits. Interconnection paperwork and utility approvals are tracked beside the field work.
When severe weather hits, dispatchers switch to emergency priorities, pull crews from routine work and assign restoration or make-safe jobs by criticality. Contractor and mutual assistance crews can be added as temporary resources with limited access. Every action is time-stamped, providing the record needed for after-action reviews, regulatory reporting and cost recovery filings. Customers also get more reliable restoration updates.
Start with the network: decide how premises, service points and network assets relate. Most utilities keep the authoritative network model in GIS and asset management, mirroring only the service-level assets technicians need in Salesforce. Ownership of work comes next, since some utilities run Field Service for customer-facing work while a work management system keeps capital and maintenance projects, and the boundary must be explicit. Work types also need regulatory classification, so inspection records can be reported by program, asset class and jurisdiction.
Service orders originate from billing and account events, and completed work returns meter reads, status changes and field notes to the customer record.
Asset locations, network connectivity and map layers help dispatchers group nearby work and give technicians the context of the equipment at each premise.
Outage events and restoration priorities feed emergency work, while crew status and completion times return to support accurate restoration estimates for customers.
Field systems touching utility infrastructure attract cybersecurity scrutiny, and some data may fall under critical infrastructure protection requirements. Involve your security team early, restrict network detail to roles that need it, and review mobile device management and authentication for field devices.
Gas operator qualifications, electrical safety training and equipment certifications determine who may perform each task. Store them with expiration dates, match them in scheduling rules, and block assignments when qualifications lapse. An unqualified technician on a covered task is a regulatory violation, not just a scheduling mistake.
Emergency configurations that are never tested tend to fail when needed. Run drills that switch scheduling policies, onboard temporary crews and reassign work in bulk, then refine the process. Confirm the system and its integrations can handle the surge in updates during a real event.
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Field Service rarely replaces it outright. Utilities often keep an enterprise asset or work management platform for capital projects and heavy maintenance, and use Field Service for customer-facing, high-volume and inspection work where scheduling and mobile experience matter most. We define the boundary by work type, then integrate so crews and managers see a coherent picture. Neither system is forced beyond its strengths.
Contractors can be set up as resources with limited mobile access or work through a partner portal, depending on how closely you manage them. Their qualifications, insurance and safety documents are tracked alongside their assignments, and completed work is verified before payment. This keeps contracted inspection and restoration work visible alongside employee crews. Supervisors can compare contractor quality objectively.
Yes. Installers often need Sales Cloud for the sale, Field Service for surveys and installation, and Service Cloud for warranty and monitoring alerts. The same asset record follows the installed system throughout its life. The design is simpler than a utility's, but permitting and interconnection steps still require careful tracking. Service calls then start with full installation details.
Technicians often work in areas without coverage, especially on transmission and pipeline routes. The mobile app can download assigned work, asset details and forms in advance and sync when signal returns. We test offline behavior with real routes and devices, including long shifts where many jobs are completed before any sync happens. Crews help set the download rules.
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