Building systems integration offers greatest benefits to airports, datacenters and retail, finds Lux Research

by Shane Henson — June 17, 2013—Airports and healthcare facilities, rather than commercial offices, stand to gain the most from adoption of building systems integration (BSI)—the centralized monitoring and control of primary building systems, according to new information released by Lux Research in its BSI Suitability Ranking.

In the ranking, airports scored nearly nine out of 10 on the Suitability Index, followed by healthcare facilities at nearly seven. While commercial offices are often a target for BSI developers, their suitability for BSI is much lower—just a four on the suitability ranking, trailing retail, data centers, and others.

According to Lux Research, it rated nine building types on a set of criteria—transactional value, energy density, occupancy fluctuation factor, building systems cost, occupant density and construction cost—to identify the best bets for BSI. Among its findings:

  • Airports lead the pack: Airports earn a high suitability index score—leading the pack by a wide margin—because they combine extreme occupant density (90 persons/1,000 ft.²) with near constant fluctuation (190 percent) and a transactional value of nearly $3,500/ft.²/year.
  • Data centers’ benefits are driven by energy usage: Due to server and cooling loads, and 24/7 operation, this class of building has the third-highest energy density of 35kWh/ft.²/year. When the associated infrastructure is considered, data centers also have the second-highest transactional value of $1,250/ft.²/year, behind only airports.
  • Retail rated more than commercial office: Industry favors commercial offices, but in reality retail presents a superior opportunity. High occupant density (15 persons/1,000 ft.²) and fluctuation, combined with a transactional cost of $630/ft.²/year, make retail an attractive prospect for BSI, says Lux Research.

The report, titled Spinning the Web: The Case for Building Systems Integration, is part of the Lux Research Efficient Building Systems Intelligence service.