In interviews and discussions with hundreds of co-ops, we’ve heard a lot of interest for gaining visibility into distributed solar. Check out 5 reasons why co-ops want local solar visibility in our latest blog.
Camus is expanding its business development and customer success teams with four new additions: Sarah Colvin, Rebecca Butler, Diego Aguilar, and Laura Bacon.
Utilities large and small are making pragmatic investments in grid modernization – and seeing real results. We picked out the top 3 innovative deployments that we’ve seen thus far in 2024.
EVs are a promising growth opportunity for utilities, but also create major challenges. Check out how Camus' grid orchestration platform helps utilities uncover EV charging locations and assess their impacts on utility equipment.
The shift to a distributed grid with hundreds of thousands – soon millions – of flexible local resources has introduced new challenges and opportunities for grid operators. Learn how virtual power plants can help utilities transition from treating community members as consumers to embracing them as partners.
The rising tide of EV adoption poses a critical challenge for grid operators: how to identify the right level of equipment upgrades to balance reliability and affordability. Learn three actions every utility can take to more confidently plan for the impacts of EV adoption.
Hear how utilities can bolster affordability without sacrificing reliability thanks to customer-owned resources. The first installment of our series: The Top 5 Challenges Facing Distribution Utilities.
For folks new to the utility industry or new to thinking about these systems, we’ve put together a glossary of the most common acronyms for electric utility software systems.
Orchestrating flexible member-owned devices can save co-ops millions through capacity management, peak shaving, and wholesale power supply flexibility. But how can G&Ts work with their distribution co-ops to unlock that value?
Camus Energy helps grid operators understand where and how to use local resources to deliver safe, reliable, and affordable power through simple, orchestrative control. But what does that actually mean?
“Distribution System Operator” (DSO) refers to an emerging model for how electricity is delivered to (and increasingly provided by) local residents and businesses.
When the grid is changing fast, how do you safely test a new approach, or update existing technology, without starting over?
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