Elevators, water-heating boilers, the heat-source plant for air conditioning. Each piece of hotel equipment runs on its own replacement cycle, but somewhere between the 25th and 35th year after opening, those cycles all converge. Properties that opened between 1991 and 2001 are sitting in exactly that band right now. This article checks the replacement cycle of each equipment type against published material from industry bodies, manufacturers and the national government, then uses the MetroEngines Research & Consulting property master to count the room stock aged 25–35 years by prefecture and by hotel type. Finally, it divides the per-unit construction cost ranges by room count and turns the burden “per room” and “per room-night” into sensitivity tables.

The Bottom Line — The Renewal Period Is a Chance to Bundle and Rebuild

Replacement Cycles by Equipment Type — Checked Against Published Sources

Replacement cycles vary depending on who published the figure and for what purpose. The statutory useful life under tax law is a period for depreciation and is separate from actual service life. As practical guides there are the renewal timings recommended by manufacturers, the example repair cycles in MLIT’s Guidelines for Preparing Long-Term Repair Plans, and the service lives from the Building and Equipment Long-life Cycle Association (BELCA), the government building-maintenance standards and the Architectural Institute of Japan (AIJ), as compiled in a NILIM report. Below, these multiple sources are set side by side and read as a range.

Elevator renewal comes in stages. A “control renewal” replaces the main equipment such as the control panel and traction machine; a “partial-removal renewal” also replaces the car and landing finishes; and a “full-removal renewal” replaces everything down to the rails and hoistway equipment. Toshiba Elevator and Building Systems gives approximate work periods of about 7 days for a control renewal (about 5 days of complete shutdown), about 20 days for partial removal and about 30 days for full removal. A practical approach is to handle the first renewal as a control renewal and time a full removal to coincide with a building-wide major renovation. In this article’s estimates, full removal is treated as “an option synchronized with the next major renovation”.

Heat-source equipment runs on shorter cycles. Water-heating boilers and HVAC heat sources complete a cycle in roughly 15–25 years, so for a property 25–35 years after opening this is the second round of replacement. Unlike elevators, here the owner can choose between replacing with equipment of the same type or converting to another system such as heat pumps. The chart below lays the replacement window for each piece of equipment over building age.

The shaded area is the 25–35-year band. The first elevator renewal, the first power-receiving renewal, and the second round of water-heating and HVAC heat-source replacement all gather within these ten years. Taken individually they are long-cycle and short-cycle items, but on a building-age axis the replacement peaks converge on a single period. From a funding perspective, whether an owner can decide as a package “which equipment to replace, when, and with what system” before entering this band affects both the number of closure days during construction and the total cost.

214k Rooms Aged 25–35 Years — Stock by Opening Year

Arranging room stock by the opening year in the property master, rooms opened in 1991–2001 total 2,843 properties and 214,252 rooms — 14.4% of the 1,487,004 rooms with a known opening year. Year by year, roughly 17,000–23,000 rooms opened annually over these eleven years, with no standout year. It was a period in which supply continued at a steady pace even after the so-called bubble era.

It is worth looking at either side of the band too. Rooms aged 36 years or older (opened in 1990 or earlier) total 365,324, and most have likely already been through a second or third round of equipment replacement. On the other side, the 268,920 rooms aged 15–24 years (opened 2002–2011) will enter the same band within the next ten years. The renewal period is not a one-off wave; it comes around in turn, following the peaks in opening years.

Note that among properties aged 25–35 years, 467 properties and 68,403 rooms (31.9% of rooms in the band) have a renovation date of 2015 or later recorded in the property master. The scope of those renovations is unknown, but some have likely replaced part of their equipment along with the interiors. The estimates that follow assume “the original equipment is still in place” and lean toward the upper end; for renovated properties the burden will be smaller.

By Hotel Type — A Quarter of City Hotel Rooms Fall in the Band

By hotel type, business hotels account for the largest absolute number of rooms in the band, at 98,957. Measured as a share of each type’s stock, however, city hotels are highest at 25.0%, followed by resort hotels at 19.8%. City hotels in the band have a large median of about 150 rooms, and central heat-source systems and multi-car elevator operation are common, so the renewal work tends to be large-scale. Put the other way, the benefit of raising the equipment specification by a notch in one renewal round is also magnified by the room count.

By size, properties with 100–199 rooms hold 67,541 of the rooms in the band and those with 200+ rooms hold 82,004 — together 69.8%. Properties with fewer than 30 rooms are numerous at 1,278, but account for only 15,970 rooms. At small low-rise properties without elevators, renewal centers on heat sources and air conditioning, and in the sensitivity tables below the burden also varies sharply with size.

By Prefecture — Tokyo Leads on Rooms; Mie, Chiba and Nagasaki on Share

By room count, Tokyo (20,630 rooms), Hokkaido (17,214) and Osaka (13,257) top the prefectural ranking. Measured as a share of each prefecture’s room stock the order changes: among prefectures with 15,000+ rooms, Mie (23.5%), Chiba (23.2%) and Nagasaki (22.8%) are highest. In Tokyo (9.9%), Osaka (10.4%) and Kyoto (8.9%), rooms opened in 2010 or later make up 55.0%, 65.2% and 72.7% respectively (45.9% nationally), so their share comes out lower because of the thick layer of new supply. In regions where rooms in the renewal period are concentrated, design, construction and equipment contractors tend to be booked at the same time, so securing order slots early makes construction schedules more predictable.

Converting Per-Unit Construction Costs into Per-Room Figures

Now to the money. Construction costs vary widely with building conditions and the configuration of existing equipment, so this article sets published guideline figures as a “range” and looks at the sensitivity when they are divided by room count. The guideline figures used are as follows.

First, the “one-off burden per room”: the cost per unit divided by the room count. A ¥5m control renewal comes to ¥50k per room at 100 rooms and ¥167k at 30 rooms. Converting the heat source to a heat pump at about ¥26m is ¥260k per room at 100 rooms and ¥867k at 30 rooms. For the same work, the fewer the rooms, the heavier the per-room load.

Next, spread this over the replacement cycle and convert it to a per-night figure. Divided by available room-nights (rooms x 365 days), a single control renewal comes to around ¥5 per room-night at 100 rooms, and even a single heat-pump conversion stays at ¥28–47.

Real properties renew several units at once. We therefore set three models, fixed the number of elevators and heat-source units, and built up the cost of one full round. The lower bound is “control renewal + like-for-like heat-source replacement on long cycles”; the upper bound is “full removal + heat-pump conversion on short cycles”.

For a 100-room business hotel, one renewal round costs ¥36m–¥123m, or about ¥50–250 per sold room-night. A 200-room city hotel is lighter because the cost is divided across more rooms, at about ¥30–160. A 30-room ryokan, with occupancy as low as 38.2%, has a wide range of about ¥170–970 per room-night. In every model it is the heat-source side rather than the elevators that sets the range: the choice between like-for-like replacement and heat-pump conversion moves the per-room-night burden substantially. For the effective burden including closure and lost revenue during construction, an earlier HotelBank analysis that adds renovation-period lost revenue to construction cost found it equal to 32.6% of capex, raising the effective cost from ¥3m to ¥3.98m per room.

Four Options for Turning the Renewal Period into a Reinvestment Opportunity

The fact that renewals arrive together is, seen another way, an opportunity to reconfigure the building’s specification all at once. Here are four upside options available to properties aged 25–35 years.

The four options can be combined. For example, a hotel could overlap an elevator control renewal and a heat-source conversion with the closure for a guestroom refurbishment, and apply a subsidy to the heat-source portion. An earlier HotelBank analysis put hotel electricity costs at about ¥96,000 per room a year and modeled the payback of energy-saving investment; on sites without a city-gas connection, the heat-source options change, which another HotelBank analysis estimated adds about ¥68,000 per room a year in heat costs.

How to Read This as an Acquirer, Owner or Lender

For investors considering an acquisition, how far the equipment renewal period is priced in is the dividing line in valuing a property aged 25–35 years. Reading where the property sits in the renewal cycle from its opening year, then checking actual installation years and systems in the equipment register, lets the buyer set in advance the range of funds needed right after acquisition. A property approaching its renewal period can also be seen as one with room to upgrade its specification through post-acquisition capex.

For owners, the renewal period is an opportunity to rethink how the building is run. If equipment cycles are laid out within the long-term repair plan and the overlapping period is combined with guestroom refurbishment into a single project, both the number of closures and the work scheduling can be reduced. For lenders reviewing financing, where the per-room-night burden lands — between a few tens and a few hundred yen — is a yardstick for how credible the post-renovation business plan is. For the level of capital investment across the lodging industry, an earlier HotelBank analysis of the Financial Statements Statistics of Corporations found lodging capex running at 1.51x depreciation; for the seismic issues facing the oldest layers of stock, see our analysis of Japan’s pre-1981 hotel stock of 236k rooms.

Summary

Lining up equipment replacement cycles from published sources, the first elevator renewal (20–30 years), the first power-receiving renewal (25–30 years) and the second round of water-heating and HVAC heat-source replacement (30 years and up) overlap in years 25–35 after opening. Properties in this band — those opened in 1991–2001 — number 2,843 with 214,252 rooms, equal to 14.4% of rooms with a known opening year and 25.0% for city hotels. Dividing per-unit construction costs by room count, one renewal round for a 100-room model costs ¥36m–¥123m, or about ¥50–250 per sold room-night, and most of the range is determined by how the heat source is replaced.

The renewal period is not simply a time to put equipment back as it was. Bundling works to limit closure to one event, converting the heat source to heat pumps, reducing room count to lift the product, building in subsidies — all of these options are easier to take precisely at this point. The 269k rooms aged 15–24 years will also enter the same band within ten years. Because the timing of the renewal peak can be read approximately from the opening year, the properties that put a plan in place first are best positioned to use this period as a reinvestment opportunity.

Related Articles

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