There’s something almost touching about Cummins’ loyalty to an old number. Energy prices change, technology advances and inflation chews through the value of money. Yet one half-million-dollar figure keeps resurfacing, apparently immune to the passage of twelve years. There’s something almost touching about Cummins’ loyalty to an old number. Energy prices change, technology advances and inflation chews through the value of money. Yet one half-million-dollar figure keeps resurfacing, apparently immune to the passage of twelve years. The company has revived Rider University’s trigeneration story without offering a fresh savings comparison, turning an engineering success into a rather peculiar office ritual. It feels like someone restarting an elderly printer. The machine coughs, the lights flicker and out comes the same page from 2014.
The Cummins Rider University case study concerns a genuine and technically interesting project. A 1.1-megawatt trigeneration plant supplies electricity and captures heat for useful work on a New Jersey university campus. That approach can make far better use of fuel than conventional generation. Nobody needs to invent a mechanical failure to find a story here. The problem sits in the publicity department, where an old financial headline outlives the copywriters’ fucking curiosity.
A 2014 Success Story Wearing A 2026 Suit
On 21 October 2014, Rider University announced the start of its trigeneration plant. The university expected the facility to generate roughly a quarter of its electricity. It would also provide heating and cooling for four academic buildings. Rider put the anticipated annual utility savings above $500,000. These were meaningful claims about a new project, backed by an explanation of its purpose. They also belonged to 2014, when the operating assumptions and energy market looked rather different.
That date is the crucial part of the story. The university wasn’t publishing a twelve-year performance review or reporting audited savings for 2026. It was introducing an installation and explaining the benefits it expected to secure. Corporate case studies can revisit older projects without committing any offence against the English language. But they ought to tell readers which figures belong to the launch. Otherwise, the old projection starts masquerading as current performance, while the calendar quietly slips out of the building.
Inflation Has Worked Harder Than The Copywriters
The original $500,000 figure has lost purchasing power since 2014. Using the US Consumer Price Index, that sum equates to roughly $712,000 in September 2026 money. General consumer prices rose by about 42 per cent over that period. Those numbers do not prove Rider now saves $712,000 a year. They show why an unchanged headline needs context. Twelve years of inflation have altered its economic meaning, even if the typography still looks magnificent and nobody has troubled the design team with economics.
Actual savings depend on electricity tariffs, gas costs, operating hours and maintenance bills. Campus demand and the plant’s efficiency matter too. A consumer inflation index cannot substitute for an engineering audit, however tempting that shortcut might seem. Cummins could ask for current figures, explain the original assumptions or label the savings as historical. Each option would offer something useful. Instead, the presentation sends readers into an archaeological dig armed with a corporate brochure and a half-million-dollar fossil.
The Plant Has Better Documentation Than The Publicity
The engineering itself deserves more attention than the recycled headline. DCO Energy describes a 1.1 MW installation with hot-water heat recovery and absorption cooling. Its project information specifies 3.32 MMBtu per hour of recoverable heat and 86 tons of chilled-water capacity. PWI Engineering also identifies its work on the facility, including measurement and verification. These details describe a real system with operating demands, service requirements and technical constraints. They offer a far stronger starting point than the endless resurrection of one financial number.
Trigeneration earns its keep through a complicated balance of electricity, fuel and recovered heat. The value shifts whenever tariffs change or a campus alters its energy needs. Engineers must account for those changes because equipment doesn’t run on optimistic adjectives. Meanwhile, the promotional copy appears to have escaped any comparable maintenance schedule. Someone can inspect the plant’s thermal performance, but the marketing machine merely blows dust off an old savings claim and calls it a day. That’s a peculiar division of labour for a company that sells technological progress.
When The Case-Study Catalogue Starts Seeing Canyons
The case-study catalogue offers another small adventure in editorial quality control. In the listing previously examined, Rider’s entry appeared alongside wording about standby power for a remote lodge. That other Cummins story concerns a difficult-to-access canyon location and a water-treatment facility. Rider University occupies a rather different setting: an established campus in Lawrenceville, New Jersey. No sensible reader should need a helicopter and a topographical map to work out which customer bought which power system.
A mismatched description wouldn’t prove a single defect in Rider’s trigeneration equipment. It would, however, raise a fair question about the people maintaining the case-study catalogue. Cummins asks customers to trust its ability to manage complicated power installations. Its public material ought to manage the less heroic task of matching a summary to the correct customer. If the copy has wandered from a university energy centre into a canyon, that fucking catalogue needs an atlas. Preferably before the next launch.
The Missing Twelve Years Are The Story
An interesting performance review is sitting right there, waiting for someone to write it. How much has Rider saved since commissioning? Have electricity and gas prices improved the original business case or undermined it? What do the maintenance costs reveal about long-term value? Has the university adjusted its operating strategy as campus demand changed? Answers to those questions would tell prospective customers far more than another polished retelling of the ribbon-cutting ceremony.
A strong case study follows the equipment beyond its honeymoon period. It examines real operating results and explains the compromises that come with them. Financial resilience, reliability and changing demand make better subjects than corporate nostalgia. Cummins has the technical project history and can seek an updated account from the customer. Instead, readers encounter the old savings headline without the fresh comparison that would justify another outing. It’s rather like advertising a car’s fuel economy with the figures from its first tank in 2014.
A Sustainability Story With An Endless Shelf Life
The irony almost writes itself. Rider’s plant captures energy that a less efficient system might waste. Cummins’ publicity operation captures an old number and tries to squeeze another round of attention from it. One process reflects clever engineering; the other looks like the office version of rummaging through yesterday’s bins. Recycling has its virtues, but surely the communications team can aim higher than a perpetual-motion machine for corporate copy. The plant produces electricity and useful heat. The brochure produces déjà vu.
None of this establishes that Rider’s investment performed poorly. The plant may still deliver substantial savings and genuine environmental benefits. That possibility makes the missing performance information more frustrating, not less. A good long-term result would strengthen the story enormously. A weaker result could teach readers something about economic pressures and technical trade-offs. Either way, Cummins could replace a dusty claim with something readers can actually evaluate. The refusal to move the narrative forward leaves the promotional side looking strangely less sophisticated than the machinery.
Even The Copywriting Needs A Service
Cummins trades on expertise, reliability and the promise of technological improvement. Those ideas carry obligations beyond a decent product photograph and a familiar savings figure. Serious engineering companies measure performance as conditions change. Their communications should reflect that discipline, especially when they use financial claims to persuade potential customers. At Rider University, the interesting questions begin after the plant starts operating. The corporate story seems determined to end at precisely that point, then replay the ending for another decade.
Somewhere in New Jersey, an actual trigeneration system has spent years doing actual work. Engineers can measure its output, inspect its condition and calculate what it costs to run. Meanwhile, an old number has wandered back onto the fucking publicity production line without a current comparison. The company built machinery capable of recovering energy that might otherwise go to waste. Its communications department has discovered a similar technique for recovering old copy. The difference is that the first process produces something useful. The second leaves us wondering whether anyone in the office has checked the date.
Lee Thompson – Founder, The Cummins Accountability Project
Sources
- US Bureau Of Labor Statistics – September 2026 Consumer Price Index
- Rider University – Rider’s New On-Campus Power Plant Generates A Quarter Of University’s Electricity (21 October 2014)
- Rider University – Sustainable Campus And Tri-Generation Energy Plant
- DCO Energy – Rider University Trigeneration Plant
- PWI Engineering – Rider University Project
- Cummins – Case Studies Catalogue
- Cummins – Bringing Standby Power To A Hard-To-Access Remote Lodge