BIPV & Solar ArchitectureVolume 1 · Issue 4 · September 2026
BIPV & Solar Architecture
Making the building envelope generate energy — the building that powers itself (envelope as power plant, passive to active, the crucial BAPV-vs-BIPV distinction), solar-energy fundamentals (the resource, how PV works, cells/modules/efficiency, orientation/tilt/shading), the PV system (anatomy, inverters and balance of system, grid-tied/off-grid/storage, sizing and yield), BIPV technologies (cell types, products and formats, transparency/colour/aesthetics), BIPV in the envelope (roofs, facades, glazing, shading), designing with BIPV (integration, aesthetics vs yield, the multifunctional envelope, detailing), performance and the building (yield, load-matching, net-zero/positive-energy, heat effects), the electrical and grid reality (connection, storage, safety/fire, codes), economics/carbon/value (cost and payback, incentives and net metering, embodied carbon of PV), reality/limits/honesty (solar-washing, when BIPV is not the answer, real performance, end of life and waste), and practice and the future. Rigorous and honest — BIPV is costlier and less efficient per watt than standard rooftop PV and must earn its place — for architects, interior designers and students. Defers binding electrical, structural, fire and grid engineering, and yield/payback guarantees, to qualified engineers, the manufacturers, the utility/DISCOM and the governing codes (NBC India, IS/IEC, CEA and net-metering rules), treating efficiencies, yields and costs as illustrative.
Course byAmogh N P· Architect & interior designer11 modules · 44 lessons · ~15 hrs · 44 of 44 lessons live
Module 0 · The Building That Powers Itself0.1 · When the Envelope Becomes the Power Plant
Building-integrated photovoltaics (BIPV) turns the building envelope itself - roof, facade, glazing, shading - into an electricity generator, so the skin both encloses and produces. This lesson frames solar architecture, the crucial BAPV-versus-BIPV distinction, and is honest about the cost and trade-offs.
Read itStart with Module 0 — The Building That Powers Itself
Free · open0.1 · When the Envelope Becomes the Power Plant
Open0.2 · Solar Architecture: Passive to Active
Open0.3 · BAPV vs BIPV
Open0.4 · The Promise & the Trade-offs
Open0.✓ · Mastery check: The Building That Powers Itself
OpenWhat this course covers
The through-line- 1Solar Energy Fundamentals. The physics you must be fluent in: the solar resource, how photovoltaics work, PV cells, modules and efficiency, and orientation, tilt and shading.
- 2The PV System. From cell to socket: the anatomy of a PV system, inverters, wiring and the balance of system, grid-tied/off-grid/storage, and sizing and yield.
- 3BIPV Technologies. Solar as a building material: what BIPV is, crystalline, thin-film and emerging cells, BIPV products and formats, and transparency, colour and aesthetics.
- 4BIPV in the Building Envelope. Where solar meets the fabric: solar roofs and roof integration, solar facades and curtain walls, solar glazing and windows, and shading, canopies and other surfaces.
The full course ahead
11 modules · 44 lessons11 modules and 44 lessons, from the foundations through to practice — each lesson with a three-tier read, a hands-on workshop, hand-drawn figures and a scored mastery check.
0Module 0 · The Building That Powers Itself
LiveBefore any panel: when the envelope becomes the power plant; solar architecture from passive to active; the crucial BAPV-versus-BIPV distinction; and the promise separated honestly from the trade-offs.
Module 0 · The Building That Powers Itself
LiveBefore any panel: when the envelope becomes the power plant; solar architecture from passive to active; the crucial BAPV-versus-BIPV distinction; and the promise separated honestly from the trade-offs.
1Module 1 · Solar Energy Fundamentals
LiveThe physics you must be fluent in: the solar resource, how photovoltaics work, PV cells, modules and efficiency, and orientation, tilt and shading.
Module 1 · Solar Energy Fundamentals
LiveThe physics you must be fluent in: the solar resource, how photovoltaics work, PV cells, modules and efficiency, and orientation, tilt and shading.
2Module 2 · The PV System
LiveFrom cell to socket: the anatomy of a PV system, inverters, wiring and the balance of system, grid-tied/off-grid/storage, and sizing and yield.
Module 2 · The PV System
LiveFrom cell to socket: the anatomy of a PV system, inverters, wiring and the balance of system, grid-tied/off-grid/storage, and sizing and yield.
3Module 3 · BIPV Technologies
LiveSolar as a building material: what BIPV is, crystalline, thin-film and emerging cells, BIPV products and formats, and transparency, colour and aesthetics.
Module 3 · BIPV Technologies
LiveSolar as a building material: what BIPV is, crystalline, thin-film and emerging cells, BIPV products and formats, and transparency, colour and aesthetics.
4Module 4 · BIPV in the Building Envelope
LiveWhere solar meets the fabric: solar roofs and roof integration, solar facades and curtain walls, solar glazing and windows, and shading, canopies and other surfaces.
Module 4 · BIPV in the Building Envelope
LiveWhere solar meets the fabric: solar roofs and roof integration, solar facades and curtain walls, solar glazing and windows, and shading, canopies and other surfaces.
5Module 5 · Designing with BIPV
LiveThe design craft: integrating BIPV into design, the aesthetics-versus-yield tension, the multifunctional envelope, and detailing, waterproofing and thermal.
Module 5 · Designing with BIPV
LiveThe design craft: integrating BIPV into design, the aesthetics-versus-yield tension, the multifunctional envelope, and detailing, waterproofing and thermal.
6Module 6 · Performance & the Building
LiveMaking it actually deliver: predicting solar yield, energy and load-matching, net-zero and positive-energy buildings, and heat, ventilation and PV performance.
Module 6 · Performance & the Building
LiveMaking it actually deliver: predicting solar yield, energy and load-matching, net-zero and positive-energy buildings, and heat, ventilation and PV performance.
7Module 7 · The Electrical & Grid Reality
LiveThe hard engineering: connecting to the building and grid, storage, batteries and resilience, safety, fire and maintenance, and codes, standards and approvals.
Module 7 · The Electrical & Grid Reality
LiveThe hard engineering: connecting to the building and grid, storage, batteries and resilience, safety, fire and maintenance, and codes, standards and approvals.
8Module 8 · Economics, Carbon & Value
LiveDoes it pay, and does it help: the cost and payback case, incentives, net metering and policy, the embodied carbon of PV, and value beyond energy.
Module 8 · Economics, Carbon & Value
LiveDoes it pay, and does it help: the cost and payback case, incentives, net metering and policy, the embodied carbon of PV, and value beyond energy.
9Module 9 · Reality, Limits & Honesty
LiveThe honest ledger: solar-washing (hype versus reality), when BIPV is not the answer, efficiency, yield and real performance, and end of life and PV waste.
Module 9 · Reality, Limits & Honesty
LiveThe honest ledger: solar-washing (hype versus reality), when BIPV is not the answer, efficiency, yield and real performance, and end of life and PV waste.
10Module 10 · Practice & the Future
LiveTurning solar literacy into practice: the designer's solar role, getting started with solar design, solar and BIPV in India, and becoming a solar-literate designer.
Module 10 · Practice & the Future
LiveTurning solar literacy into practice: the designer's solar role, getting started with solar design, solar and BIPV in India, and becoming a solar-literate designer.
The author
Amogh N P
Architect, interior designer, and creative polymath. Studio Matrx began in his notebooks — his vision of design made honest, useful, and open to everyone. Its Academy is written and taught in his memory, and free, forever.
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