Business Outcome Model

The 5C Framework™ — Verified Outcomes Across Five Critical Dimensions.

A structured operational reporting model that converts thermal system data into decision-grade evidence across the five outcome dimensions that matter most to housing providers, asset managers, and regulators.

Framework Overview

From Thermal Data to Decision-Grade Evidence.

The 5C Framework™ is FutureTherma's structured operational reporting model — designed to translate continuous thermal performance data into evidence that decision-makers can act on, regulators can accept, and auditors can verify.

Each dimension has its own evidence layer, its own reporting outputs, and its own connection to the regulatory and operational frameworks that govern how Net Zero performance is assessed.

C
Comfort
C
Consumption
C
Cost
C
Carbon
C
Compliance — Audit-Ready Evidence
01
First C
Comfort

Thermal comfort is the primary lived outcome of any low-carbon heating system — and the most direct measure of whether retrofit investment is working for tenants. Yet comfort is also the dimension most frequently left unverified in operational Net Zero programmes.

FutureTherma's comfort evidence layer captures room-level thermal stability, including air temperature consistency, Mean Radiant Temperature, and the frequency and duration of comfort threshold breaches.

Evidence Outputs
Room-level temperature stability · MRT tracking · Comfort threshold breach frequency · Zonal comparison across estate
Operational Value
Identify cold spots before they become complaints · Demonstrate comfort delivery to tenants and regulators · Reduce reactive maintenance driven by discomfort
Regulatory Relevance
Awaab's Law thermal risk visibility · SHNZS comfort performance evidence · PAS 2035 post-retrofit monitoring
02
Second C
Consumption

Energy consumption is where thermal performance inefficiency becomes financially visible. Systems operating outside designed parameters consume more energy than necessary, driving up costs and carbon outputs.

FutureTherma's consumption evidence layer tracks operational energy use patterns against expected performance baselines, identifying inefficiency drift before it compounds into significant cost or carbon deviation.

Evidence Outputs
Operational energy use patterns · System efficiency tracking · Baseline vs actual consumption variance · Zonal efficiency comparison
Operational Value
Detect inefficiency drift before it becomes costly · Identify which zones are consuming beyond designed parameters · Support targeted retrofit optimisation decisions
Regulatory Relevance
SHDF performance evidence · Operational efficiency reporting for funders and boards · Retrofit investment performance validation
03
Third C
Cost

Cost performance is the intersection of consumption efficiency and operational management. When heating systems underperform, the costs compound across three dimensions: higher energy bills for tenants (fuel poverty risk), increased reactive maintenance demand, and reduced return on CapEx deployed in retrofit programmes.

FutureTherma's cost evidence layer provides structured visibility into the operational cost performance of heating systems — enabling housing providers to demonstrate cost-efficiency to boards, funders, and regulators.

Evidence Outputs
Operational cost-performance reporting · Fuel poverty risk indicators · Reactive maintenance cost correlation · CapEx performance tracking
Operational Value
Protect tenants from avoidable energy cost increases · Identify and reduce reactive maintenance burden · Demonstrate retrofit CapEx return to boards and funders
Regulatory Relevance
Fuel poverty risk evidence · Board-level cost assurance · Funder cost-performance reporting requirements
04
Fourth C
Carbon

Operational carbon performance is the ultimate measure of whether a Net Zero building programme is delivering its intended environmental outcomes — and increasingly, the evidence that funders, regulators, and housing associations are required to produce.

FutureTherma's carbon evidence layer provides continuous visibility into operational emissions performance — not design-stage carbon assumptions, but measured, time-series operational carbon data derived from real system behaviour.

Evidence Outputs
Operational emissions visibility · Carbon intensity tracking · Design vs operational carbon variance · Portfolio-level carbon performance reporting
Operational Value
Move from assumed to evidenced carbon performance · Demonstrate Net Zero delivery to funders and regulators · Support portfolio decarbonisation strategy with operational data
Regulatory Relevance
SHNZS operational carbon evidence · SHDF carbon performance reporting · Net Zero audit trail requirements
05
Fifth C
Compliance

Compliance is the aggregating outcome dimension — where Comfort, Consumption, Cost, and Carbon evidence converge into audit-ready reporting that satisfies the requirements of the regulatory frameworks governing social housing, retrofit programmes, and Net Zero delivery.

FutureTherma's compliance evidence layer is structured around the specific reporting requirements of the frameworks housing providers are directly subject to — ensuring outputs are usable in real compliance contexts.

SHNZS PAS 2035 SHDF Awaab's Law
SHNZS
Scottish Housing Net Zero Standard — operational evidence of Net Zero performance across social housing stock, beyond design-stage compliance.
PAS 2035
Retrofit assessment framework principles — ongoing verification that retrofit interventions are delivering intended thermal and energy performance outcomes in real operation.
SHDF Evidence Trails
Social Housing Decarbonisation Fund — structured evidence that funded interventions are delivering measured carbon and efficiency outcomes at building level.
Awaab's Law
Thermal risk and mould visibility — active evidence of awareness and management of conditions creating thermal risk, condensation, and mould.

See It In Practice

Validate 5C Evidence in a Real Demonstrator Environment.

Our structured 8–12 week demonstrator pathway produces real 5C evidence outputs across all five dimensions in a live building environment.