Discover how to sidestep common planning pitfalls and forge a clear, actionable roadmap that balances efficiency, renewables, and long-term reliability for your projects.
Here's the thing: when utility planners run resilience cost models, they almost always lean on historical averages. A 1-in-50 year ice storm? That's a...
You've got a solar farm to interconnect. The utility says voltage drop is the issue—so you site inverters near the load center. Makes sense, right? Bu...
Your distributed generation plan looks solid—until the interconnection study flags the substation. Suddenly, your 5 MW solar farm faces a 2 MW ceiling...
You've modeled Feeder 1 and Feeder 2. Everything looks good—headroom, voltage, protection. So you submit the interconnection request. Then the utility...
The quickest way to get burned in DG siting is picking one number — hosting capacity or circuit load — and treating it like a golden target. You chase...
You've found the perfect spot for your solar farm or battery project. It's close to a substation, land costs are low, and the community seems welcomin...
You've seen the first peak hold. Maybe even the second – but barely. Now the third warning light is blinking, and the stack log shows a gap that wasn'...
The clock is ticking. Your facility's capacity obligation is due in 90 days, and you're staring at two procurement lanes: flexible resources that can ...
You line up your flexible resources—battery, backup gen, curtailable load—and dispatch the cheapest first. First month margins look great. But six qua...
You've seen it before. A team swaps a contractor for a junior hire because 'labor is labor.' They replace a custom script with a SaaS tool because 'au...
You stack audiences, creatives, and bids—then wonder why spend goes sideways. The order of operations in demand-side stacking isn't a suggestion; it's...
You've got a 200 MW solar farm on the drawing board. Big numbers, big ribbon-cutting. But six months after COD, your actual output is 60% of what the ...