ShareOptimising passive design: Reducing our reliance on mechanical systems
With the onset of global warming and the recognition of the impact that mechanical systems have on the environment, the need for a return to optimised passive design has come to the fore. This is not to reject mechanical systems outright, but rather to encourage cooperation between old and new building techniques and understanding. To find out more about the importance of optimising passive design, download this free whitepaper.
Traditionally, building design was greatly restricted by the surrounding natural conditions. With the implementation of mechanical systems, buildings can now operate regardless of climate, opening a host of building options. However, with the onset of global warming and the recognition of the impact that mechanical systems have on the environment, the need for a return to optimised passive design has come to the fore. This is not to reject mechanical systems outright, but rather to encourage cooperation between old and new building techniques and understanding.
To find out more about the importance of optimising passive design, download this free whitepaper.
Optimising passive design: Reducing our reliance on mechanical systems
Traditionally, building design was greatly restricted by the surrounding natural conditions. With the implementation of mechanical systems, buildings can now operate regardless of climate, opening a host of building options. However, with the onset of global warming and the recognition of the impact that mechanical systems have on the environment, the need for a return to optimised passive design has come to the fore. This is not to reject mechanical systems outright, but rather to encourage cooperation between old and new building techniques and understanding.
To find out more about the importance of optimising passive design, download this free whitepaper.
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