How developers can help save environment: using low water footprint construction
How developers can help save environment: using low water footprint construction
How developers can help save environment: using low water footprint construction
Impacts of Improper Sizing of Harmonic filter For those tasked with maintaining quality power at a commercial facility facing harmonics issues, the optimal approach involves the installation of a series of active filters. In the application of these filters, a meticulous examination of harmonic control requirements is crucial, and sizing the filter appropriately becomes pivotal …
Why do builders invest in 8VA/sqft when the actual need is just 4VA/sqft?
Flood Risk Management: How to do it right? Flooding events are on the rise across the world, in fact there is an increasing trend in the number of disasters and their total economic impacts. Floods have the greatest damage potential of all-natural disasters and affect the greatest number of people. Flood risk ignores borders, rainfall in one location can correlate to flooding …
The demand for sustainability in the era of increasing environmental problems has become a motto for companies and people.
The persistent problems of drainage smell, clogging, and flooding in urban spaces demand critical reassessment of the design approaches. Its time to break away from the status quo and embrace sustainable drainage solutions.
As the complexity and energy efficiency of buildings continue to rise, effectively managing and optimizing their performance becomes more intricate task. The solution for this is BMS.
Climate change has necessitated global action to reduce greenhouse gas emissions. A pivotal tool in this fight is the concept of carbon credits.
IIM Trichy’s transformation into a Net-Zero Water Campus serves as a benchmark in sustainable water management. Through a blend of catchment analysis, nature-based solutions, and cutting-edge technology, the campus has set a precedent for educational institutions and communities worldwide
tThe incorporation of High Tension (HT) distribution systems in projects is paramount for ensuring efficient energy transmission over expansive areas, such as those found in campus environments. It offers significant cost savings through reduced conductor material requirements and lower energy losses.