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NEOM Isn’t “Building a City”—It’s Building a New Power System from Scratch
NEOM is often marketed as a “future city.” For power and energy engineers, that framing misses the point. NEOM is better understood as a full-scale experiment in next-generation power system architecture —built across desert, coastline, port zones, industrial clusters, and digital infrastructure, under extreme ambient conditions and long project horizons. A conventional new city mainly solves residential and commercial demand. NEOM has to support multiple high-intensity l

TonyZhang
Mar 185 min read


Chancay Smart Port: Why 220 kV Delivery Success Depends on Secondary System Reliability
A “Smart Port”: Power System First, Logistics System Second Puerto de Chancay is often described as a next-generation “smart port,” but the engineering reality is straightforward: it is a large, electrified industrial system where production capacity is directly bounded by power availability and power quality. Electrified quay cranes, yard cranes, electric tractors, automation platforms, security scanning, cold-chain warehousing, and a centralized control center all shift the

TonyZhang
Mar 65 min read


Renewable Plants Don’t Trip at the Turbine – They Trip in the Control Cabinet
As PV, wind, hydro and nuclear plants scale up, “power system stability” is no longer a line in the grid code. It is now a hard constraint on availability, revenue and safety . From an engineering point of view, the biggest misconception in new energy plants is this: “We generate our own power, so we’re not short of electricity.” On site, what actually goes first in a disturbance is not the main generation chain. It is station service power : protection and control, S

TonyZhang
Feb 237 min read


Enhancing Synchronization Reliability: ODES WTM30 High-Reliability Synchronizing Meter
Problem Statement Accurate synchronization is critical for safe and reliable parallel operation of power systems. However, many operators...

TonyZhang
Sep 1, 20252 min read
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