It’s clear in reading the various proposed BEAD rules that State Broadband Offices are following the lead of the NTIA and putting a lot of emphasis on making sure that everybody gets served with the grant funding. I’m not sure they understand the costly consequences of this emphasis. Let me use two real examples to highlight how hard this is going to be.
I was working with a County government that was providing an ARPA grant for ISPs to build fiber. The County and a cooperative were negotiating a grant that would bring broadband to about half of the unserved locations in the county. However, the proposed map from the cooperative left out a pocket of fifteen homes. The County really wanted these locations to be added to the grant because it was clear that after this grant that nobody else would likely consider building to this small pocket of folks.
The cooperative explained that the cost of getting to these few locations was astronomical and they didn’t want to ask for that much grant funding. This particular pocket has about every permitting issue you could imagine. The pocket is bounded on one side by an interstate highway and on the other by a major dual lane state highway. There are no exit ramps or underpasses nearby from either highway. There is also a railroad line that blocks getting to this area. Finally, the poles are in bad shape and this area is largely all rock. The cooperative said that it would cost over $60,000 per location to get fiber to these folks – and the County agreed that it was not willing to provide the needed funding.
This area could be served by a WISP, but there aren’t any WISPs serving close to this area today. Because of that, I’m not sure that building a new tower and figuring out backhaul would make any sense for these few locations. Would a distant WISP want to take on future truck rolls to this area?
I saw a similar situation in a rural county in New Mexico. There is an isolated part of a county with about one hundred passings that is far away from everybody else. This county has the extreme terrain you see on postcards of the West. The terrain is all rock and the utility poles are in bad condition. In many places there are no shoulders on either side of the winding roads. We figured the cost to bring fiber to this area is nearly $7 million (and that was calculated before the inflation of the last two years).
We instantly pivoted to see if fixed wireless made sense, but there are also a lot of impediments putting wireless in the area. It would require a whole string of towers to snake through the terrain, and there are major obstacles getting rights-of-way for constructing new towers because of the current use of the land. It also looks impossible to get electric power to the towers. Our estimate for building a wireless network was not much lower than the cost of building fiber.
I’m not sure that State Broadband Offices are braced for these extreme places. There are similar pockets of extremely high-cost areas in the majority of counties I’ve examined. When SBOs have budgeted the amount of money needed to get everywhere, I’m not sure they’ve built in the extreme examples where costs are $50,000 to $100,000 per passing, which can eat up a State’s BEAD money in a hurry.
The reason this is an issue is that the NTIA rules expect states to fund 100% of unserved locations – 99% coverage will be considered a failure. Serving these extreme locations has a priority over funding many more underserved locations and anchor institutions.
I don’t have an answer for this. If I was designing a grant program from scratch, I would probably conclude that super high-cost locations shouldn’t be funded unless there is excess grant funding – but the NTIA rules don’t leave any latitude for this decision.
These are the kind of places that would best be served by somebody like Starlink. But even Starlink doesn’t work for a lot of the homes in New Mexico that are nestled into rock cliffs. This leads me to conclude that there are some passings in the country that are largely unservable.
Many States are saying they don’t have enough funding to serve everybody, and when you consider that every state has some of these extremely high cost locations, it’s easy to believe them. Interestingly, a few states seems to be skirting this issue by only looking at the hardest-to-serve places after they’ve given grants for everybody else. I have to imagine that’s something that the NTIA will find fault with, but it’s the right approach to take.
Do these places nestled into hills have electricity? Is there nothing you can do with existing electric lines or utility right of way from some concentration point?
It seems like starlink (or competitor) plus some kind of connection following (or piggybacking) onto the electric lines ought to work?
The BEAD NOFO designates these locations as eligible unless very remote, which might reasonably be interpreted as off the grid as Doug Orr implies though not directly stated:
(n) Location; Broadband-Serviceable Location — The terms “location” and “broadband serviceable location” mean “a business or residential location in the United States at which fixed broadband Internet access service is, or can be, installed.”
The last round of gov funding had fiber run about 50 miles to an area with 10 remote cabins and a summer camp. They all got access to 1 gig ports (severely oversubscribed by the provider). Meanwhile 2 small towns, populations around 250 each, got none of it. It was fewer miles to build to BOTH of them but they had 7M DSL available so didn’t qualify.
I think this is a valid concern. You’d hope some sanity found it’s way into the process and whomever admins it would stop befor spending a hundred thousand a passing on a narrow mountain road but it just never seems to happen.
Doug:
As you’ve blogged, BEAD has surfaced another critical infrastructure issue: aging pole infrastructure in need of replacement. Note Section 40101 of the Infrastructure Bill PREVENTING OUTAGES AND ENHANCING THE RESILIENCE OF THE ELECTRIC GRID appropriates $5 billion in grants for FYs 2022-2026 to the states (15% match) for undergrounding electrical equipment and utility pole management.
Given the wide extent of the aged pole infrastructure throughout the nation, there may be a need for a supplemental appropriation for pole replacement (perhaps metallic) or for undergrounding utilities in addition to those in BEAD for telecom infra since so much of the telecom (and electric power distribution) infra is aerial and requires poles, particularly in less densely settled areas and those with challenging terrain and soils where undergrounding is very costly.
To clarify, the $5 billion the IIJA appropriated over four years is for a wide range of eligible uses. Hence the need for a supplemental appropriation for pole replacement and undergrounding (and public ownership to end business disputes involving access to privately owned poles) as that amount isn’t likely to be anywhere near sufficient. Here are all the eligible uses:
A) weatherization technologies and equipment;
(B) fire-resistant technologies and fire prevention systems;
(C) monitoring and control technologies;
(D) the undergrounding of electrical equipment;
(E) utility pole management;
(F) the relocation of power lines or the reconductoring
of power lines with low-sag, advanced conductors;
(G) vegetation and fuel-load management;
(H) the use or construction of distributed energy
resources for enhancing system adaptive capacity during
disruptive events, including—
(i) microgrids; and
(ii) battery-storage subcomponents;
(I) adaptive protection technologies;
(J) advanced modeling technologies;
(K) hardening of power lines, facilities, substations,
of other systems; and
(L) the replacement of old overhead conductors and
underground cables.