The present disclosure relates to an air filtration system to supply fresh air from a first location 104 to a second location 106. The system includes an air duct unit 102 to enable flow of air between the two locations (104, 106). The two locations (104, 106) are provided with sensors (108, 110) to monitor the poll...

An air purifier system is disclosed. The system comprises an air filter unit, where the filter unit receives impure air as input and releases filtered air as output; one or more sensors coupled with the air filter unit, the one or more sensors configured to sense one or more attributes of any or a combination of the...

The present disclosure relates to a ventilation system 100 for providing fresh air from a first location 104 to a second location 106. The system includes an air duct unit 102 to allow flow of air between the two locations (104, 106). The two locations (104, 106) are provided with sensors (108, 110) to monitor the c...

The present disclosure relates to a filtering device adapted to be configured with an air conditioner. The device includes a base plate and a top plate. A plurality of membranes vertically configured between the base plate and the top plate. Each of the plurality of membranes comprises a nano-particle solution sprea...

System 102 and method 300 for optimizing energy consumption of an indoor space is described. In one example, the method 300 may include: receiving 302, by the system 102, intramural data from at least one of a plurality of zones of the indoor space, wherein the received intramural data from each of the plurality of ...