Official Sole SA Distributor — ClearVue Technologies (ASX: CPV) 🇿🇦 Level 2 B-BBEE Contributor
ASX: CPV | NEXT-GEN ARCHITECTURAL BIPV & AGRIVOLTAICS

Transforming South African Building Envelopes & Greenhouses into Clean Power Assets

ClearVue PV South Africa — Sole Authorized South African Distributor of ClearVue PV Building Envelopes & Agrivoltaics.

Integrating patented clear solar vision glass (up to 80% VLT), certified architectural spandrel cladding, and Helios rooftop canopies. Engineered for Southern Hemisphere solar geometry, Eskom TOU tariff hedging, and accelerated SARS Section 12B statutory write-offs.

220 Wp/m²
High-Yield Peak Output
ClearVue-Helios & Certified Series Spandrel
30-Yr Warranty
30-Year Performance Warranty
Linear 85% generation guarantee at year 30
EN 13501-1 Class A2
Non-Combustible Fire Rating
Certified Class A2-s1, d0 fire compliance
>R18m SA Reclad Precedent
Commercial Track Record
2-tower commercial façade precedent (>A$1m)
⚡ COMPREHENSIVE BIPV & AGRIVOLTAIC ENVELOPES

ClearVue Product Portfolio & Architecture

From transparent vision glazing with up to 80% VLT to opaque certified spandrel cladding, rooftop canopies, and agrivoltaic greenhouse glass.

5 Core Product Lines | EN 13501-1 Class A2
GEN 3 & LANDVAC VIG Patented Nanotechnology Interlayer

Solar Vision Glass (Gen 3 & Vacuum Insulated Glass)

ClearVue’s flagship transparent PV vision glazing converts ambient infrared and UV spectrum light into clean electricity while maintaining architectural transparency of up to 80% VLT. Coupled with LandVac tempered vacuum insulated glass (VIG), it achieves center-of-glass U-values as low as 0.5 W/(m²·K).

60–70 Wp/m²
Power Density
Up to 80%
Visual Light Transmittance
0.5–1.6
U-Value (W/m²·K)
30 Years
Linear Warranty
✓ Collector Architecture: High-efficiency 91mm perimeter TOPCon collector cells embedded in framing mullions.
✓ Maximum Pane Size: Up to 2,200 mm × 3,300 mm architectural floor-to-ceiling vision units.
✓ Thermal Control: Blocks >99% UV radiation and down-converts heat to cut chiller loads by up to 25%.
CLEAR VISION ARCHITECTURE
91mm TOPCon Perimeter Cells 80% Transparent Core
LandVac VIG Core

Nano-Particle Optical Waveguide Interlayer

2200 × 3300 mm SHGC: 0.254
🎨 ARCHITECTURAL SPECIFIER STUDIO

Interactive Cladding & Spandrel Swatch Studio

Filter by material and aesthetic category, evaluate power density ratings and cell architectures, and push selected finish metrics directly into the v2.2 ROI Calculator.

Dimensions: 1750 × 1150 mm | EN 13501-1 Class A2
Active Selection 200 Wp/m²
Pure-Black / Basalt Dark RAL
Solid RAL Architectural Series
Power Density Rating: 200 Wp/m²
Cell Architecture: TOPCon 182×91mm
Module Dimensions: 1750 × 1150 mm
Unit Mass / Weight: 60 kg (~29.8 kg/m²)
Fire Safety Certification: EN 13501-1 Class A2-s1, d0
Mechanical Mounting: D01–D06 Hanging / 20mm Clamp

Syncs spandrel power rating to #wp_spandrel and recalculates financial yields.

📐 EMPIRICAL SIMULATION & FOOTPRINT DATA

Footprint Engineering Archetypes & Azimuth Explorer

Validated building simulations (Perth ASHRAE Zone 3A proxy for South African metros). Compare Net Zero building archetypes, window-to-wall ratios (WWR), and orientation yields.

Methodology: Footprint Engineering Reports 2024–2026
Commercial Benchmark 1

6-Storey Commercial Office Archetype (15,050 m² GFA, 50% WWR)

Building Energy Offset
85% Offset

101% Net Zero in Perth proxy (no carports)

Solar Parking Stalls Needed
41 Stalls

Drastic 63% reduction from 112 stalls

Annual Generation
892,397 kWh/yr

vs 883,064 kWh/yr total building load

Thermal Chiller Benefit
9,578 kWh/yr

SHGC 0.254 cuts chiller load 5%–12%

Archetype 2 Finding: Adding certified Solar Spandrel Cladding increases total self-generation to 85% of building demand, reducing required external solar carports from 112 down to just 41 stalls.

Commercial Benchmark 2

40-Storey High-Rise Façade & WWR Sensitivity (36,800 m² GFA)

Solar Generation: 3,020,138 kWh/yr 137% Net Positive
Building Energy Load: 2,202,844 kWh/yr 100% Demand Baseline
Installed Capacity
3,403.4 kWp
Vision: 291 kW | Spandrel: 3,011 kW
Net Energy Status
+817,294 kWh
Surplus generation export
Annual CO₂ Offset
2,809 tCO₂e
ESKOM grid emission factor
Façade Area Mix
10,036 m² Vision
15,054 m² Solar Spandrel

Specification Guidance: At 40% WWR, the building generates 137% of its annual energy needs. Even at high transparency 70% WWR, the façade offsets 77% of total skyscraper power consumption.

Solar Geometry Optimization

Southern Hemisphere Façade Orientation Yields (Footprint Table 12)

Latitude 26°S–34°S (Johannesburg, Durban, Cape Town)
HIGHEST YIELD
🌅
West Elevation
Azimuth 270°
1,230.6 kWh/kWp
Tariff Arbitrage: Aligns directly with South Africa's high-demand afternoon peak Eskom TOU tariff window (17:00–19:00).
☀️
North Elevation
Azimuth 0° (Equator-Facing)
1,103.7 kWh/kWp
Base Generation: Provides the most consistent year-round daily baseline power throughout winter and summer solar arcs.
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East Elevation
Azimuth 90°
795.0 kWh/kWp
Morning Ramp: Captures morning solar gain early, supplying breakfast heating and HVAC pre-cooling during start-up.
☁️
South Elevation
Azimuth 180° (Pole-Facing)
496.8 kWh/kWp
Diffuse Light: Receives indirect ambient diffuse radiation. Prime candidate for non-active architectural color-matched cladding.
💡
Southern Hemisphere Orientation Rule: When sizing BIPV arrays in South Africa, prioritize active Solar Vision and Spandrel panels on the West and North elevations first to maximize TOU financial returns, followed by East. South elevations can utilize inactive matching glass cladding to maintain aesthetic uniformity at reduced CapEx.
⚡ FINANCIAL & ENGINEERING ENGINE (v2.2)

Interactive BIPV & Agrivoltaic ROI & Section 12B Calculator

Integrated with Footprint 6-Storey & 40-Storey Archetype Models, TÜV Rev 6 Spandrel/PERC/Shingled SKUs, and 2026 SA SARS Section 12B Tax Depreciation Rules.

1. Building Envelope & Certified ClearVue Product Mix

TÜV SÜD & Footprint Validated
ClearVue Product Line
Area (m²)
Output (Wp/m²)
CapEx Delta (R/m²)*
Solar Vision Glass (Gen 3 / VIG)
70-80% VLT | SHGC 0.254 | U-Val 0.5-1.6
Solar Spandrel & Cladding
6+6mm Dbl-Glass | 50-100mm Rear Air Gap
Solar Skylight & Balustrade
Hex (10% VLT), Quad (40%), Double (70%)
ClearVue-Helios (Roof / Carpark)
Alu (~5kg/m²) or Steel (~10.5kg/m²) | 590-605W
Agrivoltaic Greenhouse Glass
40% or 70% VLT | PAR-Optimized (400-700nm)
*CapEx Delta (R/m²) = Configurable placeholder representing the net incremental cost over conventional non-generating glass, cladding, or roofing.

2. 2026 South African Climate, Azimuth & Tax Parameters

Configurable Parameters
2026 Municipal TOU ~R3.10 | Eskom Direct avg ~R2.34

3. Project ROI, Carbon & Logistics

Live Engine
Installed PV Capacity
0 kWp
Across 0 m² active surface
Effective Payback
0.0 Years
Static unsubsidized: 0.0 yrs
Yr 1 Total Energy
0 kWh
PV Gen + HVAC Savings
Yr 1 Financial Savings
R 0
0 tonnes CO2e avoided/yr
Gross Incremental BIPV CapEx Delta R 0
Section 12B Tax Shield (27% Corporate Tax) - R 0
Net Effective Incremental CapEx R 0
10-Year Cumulative Net Cash Flow (after CapEx) R 0
30-Year Warranty Lifecycle Net Profit R 0
Estimated Module Logistics (25 pcs/pallet, ~1.8m²/panel) 0 Panels | 0 Pallets (~0 Containers)
Engineering & Statutory Reference:

• Section 12B Threshold: ≤ 1,000 kWp (1 MW) qualifies for 100% Year-1 tax deduction; > 1,000 kWp applies the statutory 50% (Y1) / 30% (Y2) / 20% (Y3) depreciation schedule.

• Footprint Telemetry: Glazed apertures capture passive thermal chiller offset (40–45 kWh/m²/yr) via solar heat gain down-conversion.

Regulatory Standards & SOP Vault

South African SANS Compliance & Certified Installation SOPs

National Building Regulations alignment, municipal SSEG grid interconnection compliance, and manufacturer certified engineering protocols (CPV-SPRL-DOC.01 Rev 6).

● SANS / NRS Certified

International-to-SANS Regulatory Equivalency Matrix

Cross-jurisdictional conformity for municipal plan approvals, fire marshals, and green star ratings.

SANS 10400 / NRS 097-2-1
Engineering Domain Global Certification / Test Standard South African Statutory Standard Conformity Status Specifier & Municipal Impact
Fire Safety & Reaction
EN 13501-1 Class A2-s1, d0
UL 790 Class A Fire Rated
SANS 10400-T (Fire Protection)
High-Rise Commercial Bylaws
Non-Combustible (A2) Compliant for unrestricted multi-storey façade cladding without special sprinkler deluge exemptions.
Thermal Performance & EPC
LandVac VIG (U = 0.5–0.6 W/m²K)
Gen 3 DGU (U = 1.6, SHGC 0.15–0.25)
SANS 10400-XA (Energy Usage)
SANEDI Mandatory Building EPC
Exceeds SANS 10400-XA Achieves 30–40% lower fenestration conductive heat gain; elevates Class A/B Energy Performance Certificate status.
Electrical & SSEG Grid Tie
IEC 61215:2021 / IEC 61730:2023
IEC 62790 / IP68 Rated J-Box
SANS 10142-1-2 & NRS 097-2-1
Municipal SSEG Interconnection
Municipal SSEG Ready Certified for grid-tied inverter interconnection across City of Cape Town, City Power (JHB), and eThekwini.
Wind Load & Impact Safety
AS 4284 (+5400 / -2400 Pa)
AS/NZS 2208 Grade A Safety Glazing
AAAMSA & SANS 1263-1
Architectural Aluminum & Glazing
AAAMSA Verified Tested for extreme coastal wind vortices (Cape Town Atlantic Seaboard, Durban beachfront high-rise facades).

Certified Contractor Installation SOPs (CPV-SPRL-DOC.01 Rev 6)

Engineering and glazing requirements mandatory for preserving ClearVue factory warranties.

Rev 6 Glazing Protocols
SOP-01 • Framing System D01–D06 Profiles

Pre-Framed Hanging vs 20mm Continuous Clamping

Factory-engineered D01 through D06 sub-frame profile hanging system with integrated 5 mm tracking extrusion ensures structural load dissipation under cyclic coastal wind loads. Prohibits field-drilling through active composite laminate. Structural silicone bonding requires Dow Corning 983 or Sika IG-25 with certified two-sided mechanical retention.

✓ Structural silicone & 20mm clamp retention certified
SOP-02 • Thermal Ventilation Mandatory Airflow

50–100mm Rear Airflow Cavity (T98max ≤ 70°C)

To prevent heat accumulation behind spandrel cladding, installers must maintain an unobstructed 50–100 mm rear ventilation airflow cavity with perforated intake and exhaust weep louvres.

Critical Derating Threshold: Keeps maximum rear surface temperature T98max ≤ 70°C during Highveld summer irradiance spikes, preventing premature encapsulation delamination and cell degradation.
✓ 50-100mm convection stack required top and bottom
SOP-03 • SANS 10142 Bonding Sub-0.1Ω Continuity

M4 SS Toothed Washer Grounding Architecture

Electrical grounding of every individual cassette frame must be executed using an M4 stainless steel bolt with toothed washer that penetrates anodized frame layers to establish bare metallic earth contact.

Ensures sub-0.1 ohm resistance path across the entire façade string to satisfy master lightning protection and municipal CoC sign-off under SANS 10142-1-2.

✓ M4 stainless steel toothed washer earth bite verified
SOP-04 • Warranty Mandate Zero Cross-Mating

Strict Stäubli MC4 / SunterPV Rule (Warranty Void Warning)

Façade wiring harnesses must strictly utilize factory-matched Stäubli MC4 or SunterPV PV-ZH202B connectors.

⚠ ZERO TOLERANCE CROSS-MATING POLICY

Cross-mating third-party or clone "MC4 compatible" plugs introduces galvanic mismatch and micro-arc risks. Doing so immediately voids the 10-year product warranty and 25-year performance guarantee.

⚠ Only Stäubli MC4 or SunterPV PV-ZH202B factory plugs allowed

Specifier Document & Technical Submittal Vault

Download engineering datasheets, installation manuals, and Footprint energy modeling reports.

Request Full Specifier Pack (ZIP) →
PDF • 1.8 MB Datasheet
CPV-SP-PERC-90H (300W)

High-yield architectural spandrel module (1750×1150 mm), Class A2 fire certified, 167–200 Wp/m².

⬇ Request Datasheet
PDF • 1.4 MB Datasheet
CPV-SP-PERC-72H & 60H

Mid-format spandrel cassettes (240W & 200W) for irregular architectural bay spacings and spandrel zones.

⬇ Request Datasheet
PDF • 6.2 MB SOP Manual
Rev 6 Installation Manual

CPV-SPRL-DOC.01 Rev 6: Complete façade glazier hanging specs, cavity spacing, earthing, and string layouts.

⬇ Request Manual
PDF • 4.5 MB Whitepaper
Footprint Reports (6 & 40 Storey)

Footprint Company independent verification: 6-Storey & 40-Storey BIPV energy yield, WWR analysis, and embodied carbon.

⬇ Request Reports
Global Precedents & African Expansion

Global & African Flagship Projects Showcase

Proven high-rise commercial towers, sovereign institutional headquarters, urban atriums, and protected agriculture installations worldwide.

🇿🇦 South Africa • Commercial Reclad >A$1M Order

South Africa 2-Tower Commercial Reclad

Landmark Market Precedent: Firm purchase order exceeding >A$1 million to reclad two commercial office towers in South Africa, demonstrating verified commercial viability and institutional adoption.

Replacing aged single-glazed and degraded spandrel curtain wall sections with high-yield ClearVue Solar Spandrel Cladding and Gen 3 Vision Insulated Glass Units.

Scope: Twin Commercial Office Towers
BIPV Envelopes: Solar Spandrel + Gen 3 Vision
Primary Driver: Tariff Hedging & SANEDI EPC Class A
Status: Contracted & In Engineering Verified PO
🇳🇬 Nigeria • Institutional Sovereign West Africa

World Bank Headquarters (Abuja)

Flagship sovereign institutional deployment for the World Bank Group in Abuja, Nigeria. High-transmission ClearVue solar vision glass facade providing clean distributed power in high-irradiance equatorial climate.

Client: World Bank Group
Application: Solar Vision Glass Curtain Wall
Strategic Outcome: Microgrid Resilience & Cooling Reduction
Location: Abuja, Nigeria Institutional
🇦🇺 Australia • Heritage High-Rise 50 Storeys

Sydney House & City Tattersalls Club

Prestige urban architectural deployment integrating a historic 125-year heritage club podium with a modern 50-storey luxury hotel and residential skyscraper on Pitt Street, Sydney CBD.

Scale: 50-Storey Mixed-Use Skyscraper
Technology: Curved ClearVue Vision Glass Units
Benefit: Zero Heritage Aesthetic Compromise
Location: Sydney CBD, Australia Urban High-Rise
🇦🇺 Australia • Retail Atrium Perth CBD

Enex100 Commercial Atrium Canopy

High-footfall central retail and commercial galleria. Replaced conventional passive overhead glazing with clear photovoltaic solar skylight units that harvest power while maintaining sunlit ambiance.

Application: Overhead Atrium Skylight Canopy
Daylight Quality: High VLT with Infrared Heat Blocking
Performance: Direct Common Area Load Offset
Location: Perth CBD, Australia Commercial Atrium
🌱 Agrivoltaics • Controlled Environment CEA Facility

Murdoch University CEA Greenhouses

World-first commercial clear solar glass greenhouse for Controlled Environment Agriculture (CEA). High-transmission solar glass transmits selective photosynthetically active radiation (PAR) for optimal crop growth.

Facility: Murdoch University Agricultural Precinct
Technology: Clear Solar Glass Enclosure
Microgrid Power: Powers Hydroponics, Fans & IoT
Location: Perth, Australia Protected CEA
Commercial Engagement & Channel Network

Direct Project Feasibility & Partner Onboarding

Submit active building specifications directly from the ROI engine, register for accredited SACAP/ECSA specifier CPD modules, or apply as a regional EPC glazing partner.

● Direct Channel Access
⚡ Calculator Synchronization

Pulls active surface area, kWp capacity, Section 12B tax shield, and container logistics from the calculator engine above.

Section 12B Enabled
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