PHPP Architect: Ultimate Edition

PHPP Architect: Ultimate Edition

🛠️ Scenarios Mode: Compare

1. Form & Shape

Building Shape

Wing Dimensions

Courtyard

Pitched Roof

2. Fabric (W/m²K)

3. Systems

MVHR System

4. Costs (€)

{{ c.net_demand_sqm.toFixed(1) }} kWh/m²a

{{ getDiff(c.net_demand_sqm, c_A.net_demand_sqm) }}

Net Heat Demand

{{ c.thlnsqm.toFixed(1) }} kWh/m²a

{{ getDiff(c.thlnsqm, c_A.thlnsqm) }}

Gross Heat Loss

€{{ c.spec_opex_total_sqm.toFixed(2) }}/m²a

{{ getDiff(c.spec_opex_total_sqm, c_A.spec_opex_total_sqm) }}

Specific OpEx

€{{ fmt_k(c.total_capex) }}

{{ getDiff(c.total_capex, c_A.total_capex) }}

Total CapEx

€{{ fmt(c.spec_capex_sqm) }}/m²

{{ getDiff(c.spec_capex_sqm, c_A.spec_capex_sqm) }}

Specific CapEx

€{{ fmt_k(c.total_opex) }}/yr

{{ getDiff(c.total_opex, c_A.total_opex) }}

Total OpEx

Geometry Stats

TFA (Net)	{{ fmt(c.nfa) }} m²
Volume	{{ fmt(c.vol) }} m³
Env. Area	{{ fmt(c.env_area) }} m²
Compactness	{{ (c.env_area/c.nfa).toFixed(2) }}
Form Factor	{{ (c.env_area/c.vol).toFixed(2) }}

The 3D model updates in real-time. Use the "Form & Shape" controls to adjust dimensions.

1. Energy Balance (Baseline A vs Proposed B)

2. Heat Loss Breakdown

3. Cost Analysis

Detailed Energy & Cost Matrix

Element	Area/Vol	Specific Energy (kWh/m²a)			Spec. Energy	Total Cost (€)			Cost	Abatement (€/kWh)
Element	Area/Vol	A	B	Δ	A	B	Δ			Abatement (€/kWh)
{{ row.el }}	{{ row.area }}

📋 Validation Data Dump

1. Geometry Dump

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3. Cost Dump

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2. Physics Dump

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1. Geometry Comparison (A vs B)

Metric	Scen A	Scen B	Δ
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2. Physics Comparison (A vs B)

Metric	Scen A	Scen B	Δ
{{k}}	{{c_A.dumps.heat[k]}}	{{v}}	{{ getDumpDiff(v, c_A.dumps.heat[k]) }}

3. Cost Comparison (A vs B)

Metric	Scen A	Scen B	Δ
{{k}}	{{c_A.dumps.cost[k]}}	{{v}}	{{ getDumpDiff(v, c_A.dumps.cost[k]) }}