Updated: Aug 8, 2022
Smart approach to shower, with technology
The Oasense Reva is the intelligent self-powered shower head that rewards you with an uncompromising sustainable shower yet. It allows you to experience rinsing like a typical shower, but can reduce the overall water usage by more than 50%.
Oasense Reva uses intuitive embedded sensors to adjust the water flow automatically. It reduces the flow to 10% whenever the full rinsing experience isn’t needed, and resumes 100% full flow when you step under the shower head. The Oasense Reva provides the best water saving shower experience that is not only impactful but also enjoyable.
stops all the waste water
Oasense showers are intelligently designed so that you can have the best and most intuitive water saving experience.
The shower head has a temperature detection feature that minimizes excess wasted water after the cold water has been purged. Start the tap normally, and once your desired temperature has been reached, Oasense will reduce the flow to 10% to indicate that water is ready.
Once you step into the shower, our proprietary sensor suite will precisely detect your presence and automatically allow full strong flow of water for a powerful rinse. Simply take a step back while you soap up and save water like no other showerhead.
This infrared based sensor fusion technology and the learning algorithm makes our sensing superior to commonly used faucet sensors in high humidity conditions such as in the shower.
The wavelength of our optical sensor is selected to minimize the reflection of fog or water droplets, and is paired with supplementary sensing mechanisms to overcome shortcomings of traditional infrared sensing and achieve best signal to noise ratio.
The onboard microprocessor runs a learning algorithm that will adjust itself for different users and environments in real time to provide the most intuitive presence sensing-shower experience in the world.
We have engineered a micro-turbine that harnesses energy from the shower water. The turbine spins as much as 3000 RPM. High strength aerospace grade polymer is used to construct the core of the turbine structure to ensure high performance and optimum reliability.