There are already 170,000 small, uncrewed aerial vehicles licensed in the US, and the US Federal Aviation Administration predicts another half-million more of them to be airborne by 2022.
Drones are everywhere, doing all sorts of things, including delivering hamburgers and beer to golfers. They are taking group photographs, scouting properties and being shot down by neighbors.
They are also competing, and the competition is serious. Lockheed Martin Corp has launched a US$2 million competition pitting human operators against artificial intelligence in races through obstacle courses at speeds of more than 128kph.
Tiny, sensor-laden electronics might sound like a game — but as Lockheed’s interest suggests, they should sound like business.
As the drone value chain improves — chip sets shrink, cameras become more advanced, machine learning techniques mature — it creates reasons to scale. At the same time, drone applications become ever more apparent.
Around the world, trillions of US dollars’ worth of industrial infrastructure is aging, while worker safety and terrorism concerns increase, and climate change increasingly strains power grids, manufacturing facilities, and oil and gas production.
Drones offer a cheaper and more effective way of monitoring infrastructure than traditional methods of sending workers to dangerous, remote terrain.
Drones are being used by grid companies to spot faults or overgrown foliage in transmission and distribution lines across the US.
Monitoring overgrowth is increasingly important in hot, dry areas increasingly prone to fire — such as in Northern California, where PG&E Corp might owe as much as US$17.3 billion in liabilities from last year’s fires in wine country.
Drones were also used by Duke Energy Corp to help restore power lines in Puerto Rico after Hurricane Maria knocked out 80 percent of the island’s electricity access.
Those threat-detection capabilities are money savers and power-restoration services can be literal lifesavers.
However, there is another set of services, more prosaic, but potentially just as significant, for the future: operations and maintenance.
New research from Bloomberg NEF (BNEF) assesses the economics of drone inspections in power plants, and oil and gas inspection.
At offshore wind farms, drone inspection might prevent significant failures resulting in downtime and lost revenues.
BNEF calculated that the use of drones on offshore wind farms in Europe could shave off more than US$1,000 per turbine per year in inspection costs — reducing the cost of producing electricity by 1 percent.
The same savings apply to solar farms, where drone inspection can lower costs even further, on a proportional basis.
As drones improve, so would the services that they can provide.
Drones that only collect video footage are limited to inspection.
With machine vision, enhanced sensors, and grabbing arms and probes, drones might be able to fix minor faults in wind turbines, clear away overgrown foliage and defend assets from intruders.
Advances in 3D vision and computational photography, cheaper communications networks, and lightweight batteries all promise to produce a drone that can fly for longer, act independently and replace dangerous or boring human labor.
The research also found that in-house drones are cheaper for inspection than third-party drone inspection as a service. Although in-house drone inspection requires upfront costs in training pilots and buying the drones, it has better economics than using a third-party service.
Then there is the world of oil and gas. Drones with potent “sniffers” can detect methane leaks coming from oil and gas pipelines at 1,000 times the accuracy of traditional methods, saving pipeline owners significant money that is lost from leaked product and potentially from fines.
Even this relatively simple application could have significant business — and pollution and climate — implications, as there is an enormous range of reported values of actual emissions in the oil and gas supply chain.
Not everything is immediately up and up for industrial drones. Regulation in most countries demands that drone pilots stay within line of sight of drones, while heavy batteries limit their flight time to 20 minutes. The market is fragmented, with a variety of start-ups offering complex services and overlapping solutions.
However, those conditions can and probably will change. Technology improves and regulations evolve.
That buzzing rotor sound overhead is economics. It is also business.
BUSINESS UPDATE: The iPhone assembler said operations outlook is expected to show quarter-on-quarter and year-on-year growth for the second quarter Hon Hai Precision Industry Co (鴻海精密) yesterday reported strong growth in sales last month, potentially raising expectations for iPhone sales while artificial intelligence (AI)-related business booms. The company, which assembles the majority of Apple Inc’s smartphones, reported a 19.03 percent rise in monthly sales to NT$510.9 billion (US$15.78 billion), from NT$429.22 billion in the same period last year. On a monthly basis, sales rose 14.16 percent, it said. The company in a statement said that last month’s revenue was a record-breaking April performance. Hon Hai, known also as Foxconn Technology Group (富士康科技集團), assembles most iPhones, but the company is diversifying its business to
Apple Inc has been developing a homegrown chip to run artificial intelligence (AI) tools in data centers, although it is unclear if the semiconductor would ever be deployed, the Wall Street Journal reported on Monday. The effort would build on Apple’s previous efforts to make in-house chips, which run in its iPhones, Macs and other devices, according to the Journal, which cited unidentified people familiar with the matter. The server project is code-named ACDC (Apple Chips in Data Center) within the company, aiming to utilize Apple’s expertise in chip design for the company’s server infrastructure, the newspaper said. While this initiative has been
GlobalWafers Co (環球晶圓), the world’s No. 3 silicon wafer supplier, yesterday said that revenue would rise moderately in the second half of this year, driven primarily by robust demand for advanced wafers used in high-bandwidth memory (HBM) chips, a key component of artificial intelligence (AI) technology. “The first quarter is the lowest point of this cycle. The second half will be better than the first for the whole semiconductor industry and for GlobalWafers,” chairwoman Doris Hsu (徐秀蘭) said during an online investors’ conference. “HBM would definitely be the key growth driver in the second half,” Hsu said. “That is our big hope
The consumer price index (CPI) last month eased to 1.95 percent, below the central bank’s 2 percent target, as food and entertainment cost increases decelerated, helped by stable egg prices, the Directorate-General of Budget, Accounting and Statistics (DGBAS) said yesterday. The slowdown bucked predictions by policymakers and academics that inflationary pressures would build up following double-digit electricity rate hikes on April 1. “The latest CPI data came after the cost of eating out and rent grew moderately amid mixed international raw material prices,” DGBAS official Tsao Chih-hung (曹志弘) told a news conference in Taipei. The central bank in March raised interest rates by