Sustainable logistics and light industrial operations

What this paper claims, and what it does not

Many logistics and light-industrial assets are occupied by a single tenant under a long-term lease. The tenant operates the property and pays the majority of energy and utility costs. The owner controls the building and decides whether infrastructure is upgraded or optimised.

The owner asks where the return is if the tenant pays the energy bill. The tenant asks why it should invest in a building it does not own. The result is that significant optimisation potential stays unrealised, even where action would benefit both parties. The problem is not merely technical. It is commercial.

Every figure in this paper is illustrative. It describes an economic mechanism, not a prediction for an individual property.

Where the optimisation sits

The opportunity is operational: use actual building conditions to reduce the energy required to support the tenant's operation. Typical areas are heating and cooling, ventilation, destratification, lighting schedules, office and welfare areas, loading areas, night and weekend operation, and peak-demand management.

Optimisation follows actual operating hours rather than fixed schedules, occupancy and production patterns rather than assumptions, weather conditions rather than static setpoints, and real-time system performance rather than reactive maintenance.

Process energy is treated separately. workcloud24 does not interfere with production processes. Process loads are included only where the tenant agrees and where they can be safely integrated. The objective is to reduce the energy required to support the operation, not to change what the tenant produces.

The illustrative business case

Take a 30,000 m² single-tenant asset at €6.50 per m² per month, an annual rent of €2,340,000 and building-related energy cost of €600,000 a year. At a 20% operational reduction the illustrative annual saving is €120,000.

Viewed only from the energy invoice there appears to be little reason for the landlord to act, because the tenant pays the utility bill. That view ignores the much larger exposure: the lease itself.

The bigger owner value is the lease

For a single-tenant logistics asset, loss of the occupier can put virtually the entire rental income at risk. A twelve-month vacancy on the same property represents €2.34 million of gross rental income exposure, before owner-borne operating expenses and security, brokerage and incentives, refurbishment and tenant improvements, and legal, marketing and management costs.

That exposure is not attributed to operational optimisation and is not included in any value figure here. It is context. Protecting a €2.34 million annual rent roll may matter substantially more to the landlord than a direct €60,000 participation in energy savings.

The principle. The tenant must save money. The owner must have a reason to enable the saving.

Value sharing, and why the lease decides the route

An illustrative structure allocates the €120,000 saving equally: €60,000 a year of lower operating cost for the tenant, and €60,000 a year to the owner as a green-lease or performance contribution. At a 7% capitalisation yield that recurring contribution supports approximately €857,000 of value, but only where it is contractually secured, recurring, and recognised by the valuer as sustainable net operating income.

Many single-tenant logistics assets are let on a triple-net or similar basis, where the tenant holds its own meter and supply contract and carries the energy cost directly. There may be no service-charge mechanism through which savings can be allocated, so the landlord's participation has to be created.

A separate roof or generation asset is low friction and can carry income. A green lease or gain-sharing amendment carries income but is high friction, and is most readily agreed at renewal. Pricing the allocation into the rent at a new letting or regear is also high friction. The fourth route is no direct participation at all: the landlord enables the optimisation and takes its return through tenant retention and asset quality. That is not a failure case. In many assets, lease protection and asset quality outweigh a direct savings share.

From operational performance to asset value

On the same property, gross rental income of €2.34 million less non-recoverable owner costs at an illustrative 5% gives net operating income of €2,223,000. Capitalised at 7.00% that is €31.76 million; at 6.75% it is €32.93 million, a sensitivity of €1.18 million or 3.7%. The 25-basis-point differential is consistent with the median relationship identified in CBRE's logistics research.

The two effects stay separate. Contractual NOI from a shared-savings contribution and market yield sensitivity are different value mechanisms. They are not added together.

The continuous performance loop

The platform connects existing building systems, metering, sensors and operational data into one loop. Measure, to understand where, when and why energy is consumed. Optimise, by adjusting schedules, setpoints and controls to actual demand. Verify, by measuring results against an agreed baseline and documenting the performance history. Share, by translating verified benefits into tenant, landlord, reporting, financing and valuation use cases.

Eight data sources feed it in parallel: building management systems, smart meters and IoT, HVAC and ventilation, lighting, weather data, energy data, PV, battery and EV infrastructure where installed, and occupancy and operating hours.

What it means for tenants

For a logistics or industrial occupier, sustainability matters, but the business case begins with lower cost. Verified optimisation reduces building-related consumption, and where the tenant pays utilities the benefit flows directly into operating costs. Cost also becomes more predictable through visibility into abnormal consumption, peak demand, seasonal variation and load patterns.

Technical faults are identified early, which affects warehousing, temperature conditions, employee areas, loading and business continuity. Reporting improves through kWh, kWh/m², kgCO₂/m², verified reductions and documented measures. From 2028, EU emissions trading under ETS2 prices carbon in building fossil fuels, which strengthens the cost case for verified reductions.

What it means for owners and investors

The owner may not pay the tenant's electricity bill, but the owner owns the asset and therefore owns the consequences of an inefficient property.

A tenant paying lower total occupancy cost has one less reason to relocate, and for single-tenant properties that can be one of the most important financial variables. A future tenant can be shown actual energy use, operating cost, verified savings, CO₂ intensity and performance history, so the building competes on total occupancy cost rather than rent alone. Lenders increasingly look beyond static certificates towards actual kWh/m², kgCO₂/m² and evidence of active asset management. Verified data can support improved ratings under BREEAM In-Use, LEED O+M and DGNB In Use, although workcloud24 does not award the rating.

How it starts

The split incentive can only be solved when both sides have a commercial reason to participate, so workcloud24 begins with measurement rather than major capex. The initial assessment covers energy bills, meter data, BMS information, IoT data, technical systems, operating schedules, lease responsibilities, landlord and tenant interfaces, and existing certification.

Market evidence, and how to read it

Cushman & Wakefield report a 19% price differential for BREEAM Very Good or above compared with lower-rated assets across the European logistics transactions analysed. CBRE identify a 25-basis-point five-year median yield differential for certified European logistics assets, and in its 2025 occupier survey 65% of surveyed occupiers would pay a premium for net-zero-ready facilities.

The evidence supports the direction of travel: measurable operating performance, certification and lower occupancy cost can strengthen asset quality and marketability. It does not imply that an optimisation platform automatically creates the observed premium or yield differential. Cushman & Wakefield note that their European analysis is extrapolated from assets of 10,000 m² or more in the UK and the Netherlands, where most data is available.

The question is also changing. It is no longer only how much extra a green asset can achieve, but increasingly what discount an inefficient or unmeasured asset will suffer. Value protection comes before value creation.