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How Utility Fleets Can Cut Equipment Loss With Mesh Beacon Tracking.
Make your fleet part of the search party. The Hidden Tax in Utility Operations is Still “Where is it?” Ask any utility fleet or field leader what slows work down, and you’ll hear the usual suspects: parts, permitting, staffing, weather. Then the honest answer shows up in the gaps between those words. It’s the scavenger hunt. Here's what that looks like on a daily basis: A crew rolls to a job and the right tool is not on the truck. A portable generator is “somewhere in the yar
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Grid Reliability
A 555°F Geothermal Well in Utah Could Make 24/7 Clean Power Real.
Hotter rock, faster drilling, and a clearer path to always-on clean energy. Geothermal Just Dropped a Stat Grid Planners Can’t Ignore Every once in a while, a single number cuts through the noise and forces the grid conversation to get real. That just happened in Utah. Fervo says it confirmed a geothermal resource above 555°F, and it drilled the appraisal well in under 11 days.[1] On the surface, that sounds like an impressive engineering milestone. In practice, it’s a potent
5 min read
The Plot Twist Nobody Was Ready For: Amazon Just Outbid a Utility for a Mega Solar Project.
Why a $1 Million Bid Difference Should Worry Every Energy Leader. Utilities Are No longer the Only Serious Buyers of Clean Capacity Puget Sound Energy (PSE), a utility in the Pacific Northwest, bid $82 million for a massive solar-plus-storage project in Oregon. Amazon bid $83 million and won. In an $82–$83 million auction, $1 million can look like noise. It isn’t. It’s proof that the buyer pool has changed, and utilities are bidding against companies with urgent load growth a
4 min read
Google’s Grid Warning: Why Transmission Is the Real Threat to U.S. Grid Reliability.
AI data centers are exposing the quiet bottleneck utilities can’t outrun: the wires, the queues, and the legacy systems behind them. Transmission Explained: The Grid’s Highways Most people talk about the grid like it’s one thing. It isn’t. It’s three big layers that do three different jobs. Generation is where electricity is made (power plants, wind, solar, batteries). Transmission is how that electricity moves long distances (the high-voltage “backbone”). And lastly, distrib
5 min read
A Modular Data Center Strategy Built for Tornado Alley.
How Rural Electric Co-ops Deployed 59+ “Mini Data Centers” in 6 Months. SUMMARY Between 2010 and 2017, Tamazari personnel helped KAMO Power and its member cooperatives stand up a practical answer to a very modern problem: “How do we run a smarter, more resilient grid without building traditional data centers everywhere?” The team deployed 59+ modular computing facilities across rural Oklahoma and Missouri using a mix of containerized data centers, GFRC prefabricated buildings
4 min read
From Data Chaos to Grid Clarity: GIS Load Forecasting for Distribution System Planning at Scale.
How 9+ Utilities Used LoadSEER to Pinpoint Load Hotspots and Plan Upgrades Ahead of Electrification. SUMMARY Utilities can’t modernize what they can’t see. Tamazari led project management for a multi-utility implementation program of LoadSEER, a spatial load forecasting platform from Integral Analytics. This tool helps planners predict where electric demand will grow and by how much. Across 9+ major utilities, we converted complex data environments into actionable, map-based
4 min read
Why “Just Build More Fiber” Is The AI-Era Myth.
How a utility-grade Dense Wave Division Multiplexing (DWDM) backbone delivered 99.9995% reliability without waiting on new fiber builds. SUMMARY When your communications network hiccups, the grid doesn’t just “slow down”—operators lose visibility, automation gets compromised, and storm response becomes harder right when the public needs utilities most. To increase bandwidth and resilience without the cost and lead time of building new fiber, KAMO Power and Tacoma Public Utili
3 min read
AI Is Quietly Rewriting Grid Reliability—and Texas Is the Warning Shot.
Some Data Centers Now Demand as Much Power as Entire Cities. A Number That Changes Everything If you want to understand where grid reliability is headed over the next decade, forget abstract forecasts and glossy net-zero scenarios for a moment. Look instead at a single number coming out of Texas: 226 gigawatts. That’s not a long-term projection or a speculative scenario. It’s the approximate volume of large-load interconnection requests currently sitting in the ERCOT queue ,
4 min read
Engineering Reliability in Polar Bear Country.
How Operators Kept Essential Services Running Amid Ice, Isolation, and Wildlife Risks. SUMMARY Tamazari supported AT&T Alascom in keeping communications running for more than 300 remote Alaskan villages. Despite extreme weather, limited access, wildlife risks, and tight budgets, the team maintained stable analog satellite service backed by a centralized hub: Eagle River Earth Station. These systems delivered dependable phone lines, basic internet, and emergency communicatio
3 min read
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