Advances in Passive Cooling - Practical Guide to Low-Energy Design

In this review of Advances in Passive Cooling the reviewer finds a focused, technical resource for building professionals who want alternatives to energy-intensive air conditioning. The book collects up-to-date approaches to reduce cooling loads and improve occupant comfort without mechanical systems, so the single biggest reason to buy is its practical treatment of multiple passive strategies in one volume. Architects, engineers and advanced students seeking design-ready concepts will find this edition especially useful because it links theory on urban microclimate, solar control and radiative cooling to real-world application.

Key Features

• Comprehensive coverage: Separate chapters on comfort, urban microclimate, solar control, ventilation and ground cooling provide a complete view of passive cooling options for buildings.
• Practical techniques: The text emphasizes strategies that can be employed by architects and engineers to lower dependence on mechanical air conditioning.
• State of the art summary: The book gathers the latest knowledge and research so readers can understand current best practices in low-energy design.
• Interdisciplinary approach: By addressing evaporative, radiative and ground cooling alongside ventilation and solar control, it helps integrate multiple systems for better performance.
• Educational value: The structure and depth make it suitable as a reference for students working on building physics and design projects.

Who It's For

The book is aimed primarily at practicing architects, building engineers and advanced students who need a reliable, technically informed guide to passive cooling strategies. Those working on low-energy buildings, retrofits or urban design will appreciate the detailed chapters on urban microclimate and solar control.

It is less suited to casual homeowners or readers seeking a purely introductory or DIY manual; the text assumes some familiarity with building physics and design terminology. Readers expecting step-by-step construction details for small home projects should look for more beginner-level how-to guides.

Pros & Cons

Pros

• Consolidates multiple passive cooling methods into one authoritative reference, saving research time.
• Balances theoretical background with actionable strategies professionals can apply in design.
• Includes focused chapters on lesser-discussed topics such as radiative and ground cooling.

Cons

• Material is technical and may be dense for readers without prior training in building physics.

Specifications

Title	Advances in Passive Cooling (BEST)
Series	Buildings Energy and Solar Technology (BEST)
Editor / Brand	Mat Santamouris
Primary topics	Comfort, urban microclimate, solar control, ventilation
Additional topics	Ground cooling, evaporative cooling, radiative cooling
Audience	Architects, engineers, students

Our Verdict

Advances in Passive Cooling is a strong, practical reference for professionals and students who need an integrated overview of low-energy cooling strategies. Its breadth across ventilation, solar control and radiative methods makes it good value for design teams aiming to reduce reliance on air conditioning, provided readers are comfortable with technical material.

Frequently Asked Questions

Does this book cover practical design strategies?
Yes. It emphasizes techniques architects and engineers can apply to reduce cooling loads and integrate passive systems.

Who will benefit most from reading it?
Practicing designers, building engineers and advanced students focused on building physics and low-energy design will gain the most.

Is this suitable for DIY home projects?
The book is technical and aimed at professionals; homeowners should pair it with more introductory or construction-focused guides.