Decarbonise care homes and elderly care estates

Safe, guaranteed hot water. Lower running costs. Zero disruption to care.

Care Home Decarbonisation

One turnkey partner,
strategy to asset management

Taking real estate from strategy to a decarbonised, optimised, higher-value asset.

Strategy
Decarbonisation roadmap & business case
Engineering Design
Technical design & system optimisation
Install
Project delivery & technology installation
O&M
Operations & maintenance services
Asset Management
Performance, optimisation & lifecycle value

The Challenge

Round-the-clock buildings, vulnerable residents

Why care homes are hard

Occupied 24/7 by residents who feel every degree. Hot-water-led buildings with heavy, round-the-clock DHW and heating demand — and plant that is almost always oversized for the real load. Any intervention has to happen around the residents, never at their expense.

The constraint we design around

No disruption to vulnerable residents — with safe temperature bands guaranteed throughout the works and beyond.

What We Survey

Grid supply capacity
Existing thermal plant
Flow-metered actual DHW demand
Resident comfort & safe temperature bands
AI-assisted analysis of consumption patterns and system sizing

The Solution

Precinct-scale plant, clinical-grade continuity

Heat-pump-icon
Heat pump
Air-source unit + quick-recovery store, sized to the measured load. ≥60°C hot water, guaranteed.
EMS-icon
EMS
Controls tuned to DHW, occupancy and resident comfort — less runtime, lower OpEx.
home-temp
Space heating
Plant-room controls only — no network changes, no disruption to residents.
solar
Solar
Rooftop solar where roof area allows — cutting electricity costs.
cooling
VRF cooling
Zoned comfort cooling for lounges, dining and communal spaces — precise temperatures for residents who feel every degree.
≥60°C
Hot water delivered at safe, guaranteed temperature bands — compliance and resident safety built into the system, not bolted on.

The TI Difference

We tie hot-water and heating control to live occupancy data — with safe temperature bands

and zero disruption to vulnerable residents as the non-negotiables that shape every intervention.

The Commercial Case

Decarbonisation that pays for itself

Same technology, same minimal-disruption install — a commercial model to suit your balance sheet.

GRAPH-
Destranding / EPC uplift
Decarbonising lifts the EPC, protects lettability against tightening MEES, and increases asset value.
Wh-JUSTICE
The money works two ways
A positive IRR for landlords (recovered through tenants), or significant OpEx savings with a short payback for owner-occupiers.
white-fire
Heat as a Service
Pay for the heat delivered, not the fuel into the plant.
Solev
Solar + EV everywhere
Maximise rooftop solar to cut CapEx and grid draw; add EV charging with a commercial model where it sells.
Funding

Two ways to fund your decarbonisation

Same technology, same minimal-disruption install — a commercial model to suit your balance sheet.

Option 1
Zero CapEx
Fully Funded
TI funds, installs, owns and maintains the system — decarbonisation delivered at no upfront cost, with lower operating costs for your tenants and no capital commitment on your balance sheet.

Option 2
You Own the Upside
CapEx Upfront
You fund the capital and retain 100% of the returns — landlords recharge the value through to tenants; owner-occupiers capture it as OpEx savings with a 5–8 year payback on a 20–25 year asset life.

Ready to decarbonise your care home portfolio?

It starts with a free desktop review — we assess your asset and energy data and show you exactly what decarbonisation could deliver. No obligation, no cost, no complexity.

START A PROJECT

We are ready for the challenge