22 articles tagged with "Smart grid"
They rarely mention the reality of field-service: the subtle degradation of internal electrolytic capacitors, the impact of high-frequency transients on comm...
But when you are standing in a substation in the middle of a winter storm, staring at a tripped recloser because your DER synchronization logic decided to os...
I have watched senior engineers spend weeks trying to map legacy RTU points into an SCL (Substation Configuration Language) file, only to realize that their ...
We spend thousands of engineering hours worrying about [grid-stability-and-reliability](/blog/grid-stability-and-reliability) and the nuances of transient vo...
If you are an engineer who has spent any time staring at a phasor measurement unit (PMU) data stream during a frequency excursion, you know the reality: the ...
When a fault occurs, we expect a massive, sustained surge of fault current—the classic sub-transient current contribution that trips our overcurrent relays.
You know that a VPP is essentially a highly orchestrated, distributed demand-side management scheme that relies on a level of telemetry and control latency t...
If you look at the actual physics and the balance sheet of a project, HVDC is a high-stakes engineering gamble that trades simple, passive reliability for co...
If you approach a community-scale microgrid project with the same mindset you use for a residential solar array, you are going to end up with a pile of stran...
If you are still trying to force a legacy SCADA mindset onto a modern digital substation, you are setting yourself up for a world of pain.