An asset repositions itself as much through its invisible systems (mechanical, electrical, controls, energy management) as through its visible spaces. Upgrading these systems lowers operating costs, meets tenants’ growing expectations around environmental performance, and makes a building more competitive in its market, often before any cosmetic renovation of common areas.
1) What does an energy-driven asset repositioning actually mean?
In real estate terms, repositioning an asset usually means reworking the lobby, common areas or leasable space to attract a new tenant base. That approach has value, but it overlooks what actually drives operating costs and occupant comfort: a building’s mechanical, electrical, control and energy management systems.
An energy-driven repositioning starts with these invisible systems. The goal isn’t just a lower Hydro-Québec bill: it’s making the asset more appealing to a tenant comparing several buildings, easier to operate for the owner, and better positioned against the environmental criteria more and more tenant organizations apply to their space decisions. The two approaches, cosmetic and systemic, most often work together on the same project, but the systemic one carries more weight on a tenant’s long-term occupancy cost, and therefore on their decision to sign or renew a lease.
2) Which invisible systems actually move the needle?
Four system families account for most of the impact of an energy retrofit.
| System | What actually changes | Impact for the tenant |
|---|---|---|
| Mechanical (heating, ventilation, air conditioning) | Replacing or optimizing HVAC equipment, heat recovery, adjusting airflow to actual space needs | More stable thermal comfort, better air quality, fewer temperature complaints |
| Electrical | Upgrading the electrical infrastructure, LED lighting, reduced peak loads | Better lighting quality, fewer outages, infrastructure ready for tenants’ own equipment electrification |
| Building controls and automation | A building automation system that adjusts heating, ventilation and lighting to actual occupancy | Spaces that respond to real use rather than a fixed schedule, less waste outside occupied hours |
| Energy management (metering and continuous monitoring) | Sub-metering by zone or by tenant, consumption dashboards, quick detection of drift | More transparent energy billing, a data basis to document a tenant’s own environmental commitments |
Taken alone, each system has a limited effect. Combined, and tracked through energy management that measures what actually changed, they transform how a building performs day to day, which is exactly what a prospective tenant or buyer tries to assess before committing.
3) Why does energy performance affect a building’s value and appeal?
Energy performance affects an asset’s value in two ways. Directly, through lower operating charges shared with or billed back to tenants, a criterion increasingly scrutinized in commercial lease negotiations. Indirectly, through the image the building projects to organizations that factor environmental, social and governance criteria into their occupancy decisions.
BOMA BEST certification, widely recognized in the Canadian commercial real estate market, assesses a building’s energy performance, water management and indoor air quality among other criteria. Pursuing such a certification, or simply using it to prioritize investments, gives an owner a concrete talking point for brokers and prospective tenants, rather than a general “energy-efficient building” claim.
In a market where several comparable buildings compete for the same tenants, an asset with recently upgraded systems and documented, measured performance stands out from an equivalent-looking building whose technical infrastructure is 20 or 30 years old. [TO VERIFY]: a quantified A+ example of a building where an energy retrofit preceded or accompanied a measurable drop in vacancy would strengthen this section considerably.
4) What kind of return can you expect from an energy retrofit?
Return on investment depends on factors specific to each building, but the underlying logic is the same across projects:
- Avoided costs on the energy bill, based on current consumption and the unit cost of energy.
- Avoided maintenance costs on equipment nearing end of life, which is often more expensive to repair than to replace.
- Available financial assistance, notably Hydro-Québec’s Solutions efficaces program, which subsidizes part of energy efficiency projects for businesses (participation guide, medium and large business track, March 2026).
- The payback horizon, which varies with the age of existing systems, building size and occupancy rate.
[TO VERIFY]: the cost per square foot and the actual duration of a comparable A+ energy retrofit project, along with the measured savings on a recent job site, would give this section the quantified proof the A+ editorial checklist requires before publication.
A project run under a single contract, where design, engineering, project management and construction sit with one team, also avoids a less visible but very real cost: coordinating multiple suppliers who don’t share the same accountability for budget and schedule.
5) What Quebec regulations apply?
In Quebec, the energy performance of commercial, industrial and institutional buildings is governed by Chapter I.1 of the Code de construction du Québec, which incorporates the National Energy Code of Canada for Buildings, 2020 (as amended). This chapter sets minimum requirements for a building’s envelope and mechanical and electrical systems, and applies to new construction as well as certain renovation projects affecting those systems.
For an owner planning an energy retrofit, this regulatory framework isn’t just a box to check: it sets a floor, not a ceiling. A project aimed only at minimum compliance often leaves savings and repositioning potential on the table. Part of a design-build partner’s role is identifying, as early as the feasibility phase, where it makes sense to go beyond the regulatory minimum.
6) How do you run this kind of project without disrupting operations or existing leases?
An owner’s most common fear with this type of project is disrupting operations and irritating existing tenants. Three practices limit that risk:
- Phasing the work by zone or by system, rather than shutting the building down entirely. Replacing a mechanical system, for instance, can often be planned floor by floor or wing by wing.
- Coordinating directly with existing tenants on the timing of work most sensitive to noise or access, which requires clear, predictable communication rather than a generic notice.
- A single point of contact accountable for the project end to end, from design to delivery, which removes the gray areas between suppliers when something unexpected comes up on site. This sits at the core of A+’s four-phase integrated process (sales, feasibility, integrated design, construction).
An owner who has already gone through a project managed by several independent suppliers usually recognizes this risk: when an issue touches both mechanical and electrical systems, each supplier may have an incentive to point at the other. A single contract removes that gray area from the start.
Frequently asked questions
In the traditional model, you sign separate contracts with the architect, engineers and contractor, each defending their own interests. With integrated project delivery, a single team designs and builds your space under one contract, with a shared target budget and open-book transparency. You make the decisions; we coordinate execution from start to handover.
Coordinating the architect, engineers and trades yourself means juggling multiple contracts, multiple invoices and shared blame when something goes wrong. With one contract, you have a single point of contact accountable for budget, schedule and outcome. The expertise is already aligned and used to working together, which removes the coordination errors that drive most delays.
We set a target budget at the drawing stage using real data from comparable projects, then design within that budget instead of discovering the price at the end. The agreed price does not change unless you request modifications or different materials. Any hidden condition we uncover along the way is on us.
No. The total cost is usually lower and, above all, more predictable. Bringing design and construction under one contract removes stacked margins, the change orders that come from conflicting drawings, and rework. Open-book transparency shows you where every dollar goes. You pay the real cost of the work, not a chain of middlemen.
Timelines depend on size and complexity, but the integrated approach shortens them because design and construction advance in parallel rather than in sequence. As an example, we delivered the 14 Red Bull Music Academy studios in 18 days. By the second meeting you already have a preliminary budget and drawings to plan around.
Far less than with several vendors to coordinate. You have one point of contact who manages the architect, engineers and trades for you. You keep the important decisions; we handle the daily coordination, follow-ups and on-site surprises. In practice, your role comes down to approving key milestones on an agreed communication routine.
We fit out commercial spaces of every kind: offices, medical clinics, restaurants, retail and industrial spaces, across Greater Montreal and up to roughly 90 minutes from the surrounding region. Our projects run from about 2,000 to 60,000 square feet. Our work includes studios, clinics, factories and pre-built suites for landlords and brokers.
The budget agreed at the drawing stage is guaranteed: any overrun that does not come from a change you requested is on us, not you. Hidden conditions uncovered on site are our responsibility too. For schedule, phased planning and one integrated team cut delays at the source. We deliver turnkey, so your teams can move in the next day.
