GM591 Unit 5 Meter Replacement Business Case Example

Every Dollar Traced to a Count: A Unit 5 Business Case for Meter Replacement at an Electric Cooperative

[Student Name]

Purdue University Global

GM591: Strategic Project Selection and Initiation

Unit 5 Business Case

[Instructor Name]

[Date]

The electric cooperative, its systems and every figure are composite and illustrative; the methods and research cited are real.

Problem Statement

Coteau Plains Electric Cooperative's automated meter reading system was installed in 2011. It reads about 31,000 meters one way, sending usage data to a head-end system without the ability to receive commands. The vendor has announced that support, including software patches and replacement parts, ends in 2028. The share of meters failing to report each month has doubled in three years, from 1.1 to 2.3 percent, and each failure requires a manual read or an estimated bill.

Options

Do nothing. Keep the current system until it fails. Failures would continue to rise, manual reading costs would grow, and after 2028 the cooperative would run an unsupported system that handles every member's billing data. This option is not acceptable beyond 2028.

Third-party support extension. A third-party firm offers support for $340,000 a year for up to four years after the vendor exits. This buys time but adds no capability, and replacement meters for the current system are already scarce. It defers the decision at a cost of about $1.36 million.

Full replacement. Replace all meters with an advanced metering system that communicates both ways, reads daily, reports outages automatically and allows remote disconnection and reconnection. This is the recommended option.

Benefits Register

The benefits register lists six lines that total $1.38 million a year. Each names its source system, the role that owns it, and the date the saving should first appear.

Meter reading contracts: $410,000 a year. The cooperative pays a contractor to read meters that fail to report and to drive rural routes where the current network is weak. Source: accounts payable records of contractor invoices over the last 24 months. Owner: metering services supervisor. First appears: the month after 60 percent of meters are replaced.

Disconnect and reconnect truck rolls: $261,000 a year. Field staff made about 2,900 trips last year to disconnect or reconnect service for nonpayment, moves and seasonal accounts, at about $90 per trip in labor and vehicle cost. Remote switching eliminates most of these. Source: the work order system. Owner: member services manager. First appears: the quarter after remote switching is enabled.

Legacy support contract: $282,000 a year. The current vendor's maintenance contract ends when the old head-end is decommissioned. Source: the signed contract. Owner: IT manager. First appears: the month after decommissioning.

Estimated bill handling: $97,000 a year. About 6,500 bills a year are estimated because of failed reads, and each generates calls, adjustments and sometimes a rebill. Source: the billing system's estimate count and call center logs. Owner: billing supervisor. First appears: two billing cycles after 80 percent deployment.

Outage patrol hours: $150,000 a year. Crews spend time driving lines to find the location of an outage. Meters that report a loss of power pinpoint the affected area. Source: outage management records and crew timesheets for the last three years. Owner: operations director. First appears: the first storm season after full deployment.

Unbilled consumption: $180,000 a year. Some meters underregister or stop, and some are tampered with, so energy is delivered but not billed. This estimate comes from a sample audit of 500 meters, which found about 0.4 percent of energy unbilled, extrapolated to the whole system. Source: the audit report. Owner: finance director. First appears: the second year after deployment.

Unbilled consumption is the softest line in the register, because it rests on a sample of 500 meters rather than a count the cooperative keeps every month.

Costs

The cost side totals $9.4 million: meters, $4.6 million; the communications network, $1.3 million; head-end and meter data software, $0.9 million; installation, $1.7 million; and project staff and contingency, $0.9 million. Meter and network costs come from bids received in the spring. Installation assumes a contractor for most meters, with cooperative crews handling about 3,000 hard-to-reach rural installations.

Financial Summary

At the cooperative's 6.5 percent cost of capital and a 15-year life, the project adds about $3.58 million in present value beyond its cost, with an internal rate of return of 12.0 percent. With the unbilled consumption line removed entirely, annual benefits fall to $1.20 million, and the value added shrinks to roughly $1.88 million. The project still clears.

Bent Flyvbjerg's research on large projects found that benefits are frequently overstated and costs understated at approval (Flyvbjerg, 2014). To test against this, the case also computes a combined downside: benefits 15 percent lower and costs 10 percent higher. Under that case the project still adds about $0.69 million in present value, a thin but positive margin. The project's value depends mainly on the meter reading and truck roll lines, which together make up nearly half the benefits and are the easiest to verify.

Risks

Three risks could reduce the case's value, and each has an owner and a response in the project risk register.

Rural installation delays. About 3,000 meters sit at the end of long rural lines where contractors are slow to schedule. If those installations slip, the meter reading contract cannot end on time. The response is to assign cooperative crews to the rural meters from the start, as the cost plan already assumes.

Billing system integration. The new meter data must flow into the billing system without errors. A failed integration would multiply estimated bills rather than reduce them. The response is a three-month parallel run in one district before cutover.

Member privacy concerns. Daily reads raise questions from some members about how their data is used. The response is a published data policy approved by the board before installation begins, and an opt-out for remote disconnection where state rules allow it.

Benefits Tracking

The Project Management Institute treats benefits management as part of delivering a project, not an afterthought, and recommends assigning owners and measures before work begins (Project Management Institute, 2021). Each benefit owner will report the measured saving quarterly against the register, starting from its first expected date. If the meter reading and truck roll lines fall more than 20 percent short once two full years of data exist, the case will return to the planning committee. Richard Brealey, Stewart Myers and Franklin Allen stress that only incremental cash flows belong in a project's valuation: money that moves with the decision and would not move without it (Brealey et al., 2023). Every line in this register describes a cost that stops or a revenue that begins only because the meters are replaced.

References

Brealey, R. A., Myers, S. C., & Allen, F. (2023). Principles of corporate finance (14th ed.). McGraw Hill.

Flyvbjerg, B. (2014). What you should know about megaprojects and why: An overview. Project Management Journal, 45(2), 6-19. https://doi.org/10.1002/pmj.21409

Project Management Institute. (2021). A guide to the project management body of knowledge (PMBOK guide) (7th ed.).