Deployment Framework
M.A.G. Homes operates a structured retrofit deployment framework, not a single-trade installation service.
Why Structured Deployment Matters
Uncontrolled retrofit sequencing creates financial and regulatory risk.
Installing heating before validating electrical capacity,
deploying capital before confirming fabric performance,
or relying on performance assumptions without measured validation
leads to cost overruns, non-compliance exposure and long-term instability.
MAG Homes operates a controlled deployment structure
designed to eliminate sequencing errors and protect capital.
The model integrates:
• Fabric-first property optimisation
• Controlled electric heating infrastructure (AT core)
• Electrical load planning & capacity validation
• Portfolio-level financial modelling
• PAS2035 documentation structure
• Phased capital deployment sequencing
Deployment Phases
Phase 1 – Property Assessment & Fabric Strategy
Phase 2 – Electrical Capacity & Infrastructure Validation
Phase 3 – Controlled electric heating (AT core module)
Phase 4 – Optional PV & Battery Integration
Phase 5 – Commissioning & Documentation
- Risk Control Logic
- No heating system is installed before electrical capacity validation.
- No electrification strategy is executed before fabric optimisation assessment.
- No capital deployment is initiated without phased modelling and compliance mapping.
- Every stage is validated before progression to the next phase.
Operating Principles
• Infrastructure before performance assumptions
• Electrification with predictable load logic
• Portfolio-standardised modules
• Centralised configuration suitable for multi-dwelling blocks
• Designed for long-term asset stability
Deployment Outcome
Structured deployment delivers:
• Predictable operating cost profile
• EPC and regulatory alignment
• Portfolio scalability without redesign
• Reduced retrofit risk exposure
• Long-term asset stability
Structured deployment delivers:
• Predictable operating cost profile
• EPC and regulatory alignment
• Portfolio scalability without redesign
• Reduced retrofit risk exposure
• Long-term asset stability
Why This Model Is Different
Most retrofit projects are executed as isolated installations.
A heating system is installed.
Solar may be added later.
Battery integration is considered separately.
Compliance is handled reactively.
Why This Model Is Different
Most retrofit projects are executed as isolated installations.
A heating system is installed.
Solar may be added later.
Battery integration is considered separately.
Compliance is handled reactively.
MAG Homes operates differently.
The system is designed as an integrated infrastructure model
from assessment to commissioning.
Electrification is planned, not improvised.
Capacity is validated before installation.
Financial exposure is phased, not front-loaded.
This reduces long-term instability and avoids redesign cycles.
The system is designed as an integrated infrastructure model
from assessment to commissioning.
Electrification is planned, not improvised.
Capacity is validated before installation.
Financial exposure is phased, not front-loaded.
This reduces long-term instability and avoids redesign cycles.