Technology Integration for Energy & Utilities in Frisco, TX

Integration layers designed for steady-state growth typically struggle first at new-customer onboarding volume, subdivision interconnect throughput, and customer-facing channel capacity. New-customer onboarding becomes a choke point when volume exceeds the exception-handling capacity of whatever CIS and middleware handle 814 enrollment transactions. Subdivision interconnect workflows break when project coordination that was manual becomes unmanageable at higher volume. Customer portal and payment integration that handled a stable customer count may not scale to continuous addition. We'd audit the actual throughput characteristics of each workflow, identify specific bottlenecks that growth is exposing, and redesign integration patterns for higher-volume behavior. Right-sized investment here produces measurable relief on customer-facing timelines and back-office workload. The failure mode we warn against is over-engineering — architecting for a ten-year load projection that invents complexity before it's needed. We size for current reality with clear hooks for the next two years of expected growth, then revisit rather than speculate.

Yes. Builder integration is an underserved area at most utilities, and Frisco's growth rate makes it operationally material. We'd map the current interconnect workflow between major builders and the utility — from initial development coordination through each home's individual energization — and identify where manual handoff is producing delay or error. From there we design API-level integration between builder project management systems and the utility interconnect pipeline. Standard data contracts, automated status updates in both directions, clean handoff between utility engineering and construction and customer service. The investment pays back quickly because new-home energization timelines directly affect builder close dates, and reducing manual work on both sides improves the relationship and reduces errors. Patterns built for one major builder generalize across others, and the second and third builder integrations are dramatically cheaper than the first. Builder relationships compound — shops that deliver smoother interconnect experience attract better builder partnerships on the next development.

Yes, and it's one of the higher-value integration workstreams in a growth market. Each large interconnect touches CIS (large-customer setup with contract arrangements), asset management (substation and feeder buildout tracking), construction management (schedule coordination), ADMS (feeder modeling and protection), and regulatory coordination. The reason each interconnect feels bespoke is that the integration layer doesn't treat 'large interconnect' as a first-class workflow — standard patterns don't fit, so each site gets custom project management. We'd map your current interconnect process end-to-end for recent projects, identify where integration handoffs produce delay, and build integration patterns that make the process repeatable. Standard customer data templates, consistent asset buildout tracking, clean schedule coordination, and integration hooks between engineering, construction, and customer service produce measurable throughput improvement without linear headcount growth. The pipeline work compounds: once the pattern exists, adding a new interconnect type (data center, campus, industrial) becomes a configuration exercise rather than a project charter.

With tighter coupling between the homebuilder construction schedule and the AMI provisioning workflow. Mature-territory AMI deployment is a utility-initiated rollout on the utility's schedule. New construction AMI provisioning has to align with builder closing timelines, with the meter install and activation sequenced into the certificate of occupancy workflow. If the integration layer treats new-construction AMI as a generic deployment workflow, meter installs and activations become a delay factor in home closings. We'd design integration that supports new-construction-specific provisioning, with clean data flow from builder construction schedule to utility field service to AMI activation to customer portal enrollment. This is work that pays back in builder relationship quality as well as in operational efficiency. Builders remember utilities that held up closing dates, and they remember utilities that didn't. A year of smooth new-construction provisioning measurably improves builder-facing metrics that don't show up on utility dashboards but matter to the business.

Through Oncor's published interfaces and with respect for TDU architecture decisions. REP-side and developer-side integration work interacts with Oncor through defined TDU interfaces (ERCOT transactions, data portals, interconnect workflows), and we design against those interfaces rather than trying to reach inside Oncor's internal architecture. Where a capability gap exists between what Oncor offers and what REP or developer workflow requires, we work through proper channels to request enhancement or build compensating capability on our side. We don't write custom code against undocumented Oncor internal APIs. This discipline produces work that's sustainable through TDU system changes. Oncor updates its systems on a cadence that's not synced to any given REP's release calendar, and integration built on published interfaces survives those updates where custom reach-ins break on every cycle. We've watched enough custom integrations die quietly on a TDU upgrade to know the pattern.

Five hours from Beaumont on I-20/I-10. For active implementation phases we're onsite weekly minimum, typically multi-day (three to four day onsite weeks). For steady-state work we're weekly or bi-weekly. We commit to onsite presence through major cutover windows and through growth-surge periods where integration throughput improvements are being validated under real volume. For a 12-month engagement we typically deliver 40-55 onsite days. Growth-market work benefits from real presence because problem-solving pace matches development pace, and neither waits well for quarterly review cycles. When a builder's schedule shifts or a major corporate relocation accelerates, the integration response has to be days, not weeks. That's only sustainable with engineers who are actually embedded, not consultants who drop in. The Frisco development pace rewards operational agility, and we structure engagements to deliver it rather than apologize for slower turnaround later.