Preston Rhea of MonkeyBrains: PG&E Failure Can Be San Francisco's Future
In early September, officials in San Francisco made an offer to purchase assets belonging to Pacific Gas and Electric (PG&E). Preston Rhea, Director of Engineering, Policy Program at ISP MonkeyBrains believes that, while the purchase makes sense for electric ratepayers in the community, it could also herald a new age of connectivity for the citizens of San Francisco. We became familiar with Preston's vision and talent for innovation when we developed a report on MonkeyBrains, which collaborated with the city to offer high-quality Internet access to low-income households.
Preston recently published this piece on the possibilities in the San Francisco Examiner and has allowed us to share it with you.
Buying PG&E’s distribution network could also make municipal broadband possible
by Preston Rhea
The City of San Francisco is doubly harmed by its relationship with PG&E.
The for-profit utility neglected to invest in safety upgrades to its transmission lines, resulting in a series of deadly fires that killed dozens of people last year and choked Northern California with poisonous smoke. PG&E is using its bankruptcy to avoid liability for the disasters it caused.
Meanwhile, ratepayers in San Francisco feed PG&E’s shareholder profits and our municipal government pays it tens of millions of dollars a year.
Now that situation may change. The news that Mayor London Breed made a $2.5 billion offer to acquire all of PG&E’s power distribution assets that serve San Francisco is a great idea, and it opens the door to a revolution in city services that could go beyond electricity. It could mean gigabit broadband for all.
How does acquiring a power utility lead to municipal Internet? This is a well-trodden path all over the US — most famously in Chattanooga, Tennessee, where the cooperatively-run Electrical Power Board (EPB) began offering telecom service over a decade ago. Today EPB serves over 60 percent of their power customers with symmetrical Internet connections over optical fiber, many years ahead of schedule.