OUR TECHNOLOGY
Miru is furthering an advanced materials process to produce the next generation of electrochromic windows that offer dynamic controls for a wide range of applications.
CONNECT, CLICK, CONTROL
Alter any interior environment with the push of a button to improve energy efficiency, maximize natural light, or establish a preferred aesthetic, level of comfort, or privacy.
ADVANTAGES
Miru is positioned to increase access to smart windows across a wide range of industries. Our cutting-edge fabrication process reimagines traditional thin film production and is expected to offer unique performance benefits with lower manufacturing costs.
AMBIENT MANUFACTURING
Our solution deposition approach facilitates uniform, optically pure coatings at moderate temperature and pressure. Incumbent vacuum technologies require sophisticated instrumentation that slows throughput and consumes more energy, translating to a higher manufacturing cost.
VERSATILE SURFACE APPLICATION
Room-temperature deposition enables coatings on curved surfaces and various types of materials, including metals, glass and plastics. This will expand electrochromic capabilities for a large array of use cases, like rearview and side mirrors.
RAPID PRODUCTION
Miru will be able to synthesize and test large compositional spaces quickly, meaning higher production capabilities that should enable quick market entry and large-scale adoption.
FASTER SWITCHING TIMES
Coloration occurs as lithium ions move from the ion storage layer to the electrochromic layer with applied voltage. Pores enhance the diffusion of ions and significantly improve switching speeds between clear and darkened states.
AMBIENT MANUFACTURING
Our solution deposition approach facilitates uniform, optically pure coatings at moderate temperature and pressure. Incumbent vacuum technologies require sophisticated instrumentation that slows throughput and consumes more energy, translating to a higher manufacturing cost.
VERSATILE SURFACE APPLICATION
Room-temperature deposition enables coatings on curved surfaces and various types of materials, including metals, glass and plastics. This will expand electrochromic capabilities for a large array of use cases, like rearview and side mirrors.
RAPID PRODUCTION
Miru will be able to synthesize and test large compositional spaces quickly, meaning higher production capabilities that should enable quick market entry and large-scale adoption.
FASTER SWITCHING TIMES
Coloration occurs as lithium ions move from the ion storage layer to the electrochromic layer with applied voltage. Pores enhance the diffusion of ions and significantly improve switching speeds between clear and darkened states.
SMART WINDOWS FOR THE SMART HOME
Miru is bringing its electrochromic windows to the residential market. Smart windows connect to any home automation system to create a customized, comfortable environment that significantly reduces household energy consumption.
SMARTPHONE CONTROL
Integrate with any smart home network and adjust window tint from your mobile device
AUTOMATED TINTING
Pre-program brightened or dimmed states of tinting to suit the time of day or usage of a room
PREDICTIVE TINTING
Connect windows to weather networks for automatic tint adjustments to match external conditions
HEATING
Allow sunlight and heat into a space through a clear window, then darken the tint to help maintain a comfortable interior temperature
COOLING
Smart windows help maintain a cool, comfortable interior temperature by reducing incoming heat and glare
PRIVACY
Darken the tint of the window to increase the privacy of an interior space
SECURITY
Integrate with your home security network for alerts in the event of glass breakage or damage
EXTERIOR CONNECTION
Smart windows allow natural light to enter a space even in darkened states and retain your view to the outside world