ClearVue and Nodis participate in US Air Force Evaluation of their Power-Generating Smart Window Technologies
ClearVue Technologies Limited (ASX:CPV OTC:CVUEF) collaborates with Nodis on a project to trial their smart window technology at Tyndall Air Force Base in Florida. The first phase has shown promising results in energy savings and sustainability. The second evaluation phase is set to expand the integration of ClearVue's photovoltaic windows with Nodis' switchable glazing. A collaboration agreement has been established for upcoming commercial opportunities. Successful evaluations could lead to supply contracts with the US Air Force.
- Demonstrated energy savings and sustainability impacts from the combined technology.
- Successful Phase 1 evaluation supports potential further commercial engagement.
- Collaboration Agreement signed to explore joint product sales and supply contracts.
- None.
HIGHLIGHTS
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Nodis and
ClearVue have undertaken a first phase evaluation for theUS Air Force atTyndall Air Force Base inFlorida trialing Nodis’ dynamic switchable glazing powered by ClearVue’s photovoltaic window technology -
The evaluation is demonstrating to the
US Air Force that significant energy savings, energy generation and sustainability impacts can be achieved by combining ClearVue’s PV window technology with Nodis electronically controlled tinting solution -
Phase 2 of the evaluation with the
US Air Force commenced inNovember 2021 with glazing solutions fromClearVue and Nodis; further installation atTyndall Air Force Base is planned forJune 2022 -
Nodis and
ClearVue intend to seek combined product sales from theUS Air Force upon a successful evaluation -
ClearVue and Nodis have signed a Collaboration Agreement in support of joint opportunities, with the parties potentially entering a joint Supply Contract
The two companies have signed a Collaboration Agreement for the purposes of exploring ongoing joint opportunities with the
Initial collaboration discussions between
Nodis is a world leader in the development of a pioneering dynamic switchable glazing technology that uses Dipole Nanoparticle Suspension (or DNPS) to create an optical shutter system to block light transmission through glass. The Nodis product, marketed as TruTintTM, uses colour-coated nanoparticles, which are suspended in microscopic wells inside a nanoimprinted film and sandwiched between two sheets of glass. Electric power is connected to each side of a conductive film coating to create a low-cost, instantly switchable piece of smart glass with infinite tints and colours. By combining film layers containing red, green and blue nanoparticles to create low power, flexible digital displays within traditional window glazing is also possible.
Nodis has also been involved in a separate trial with Ohio State University’s
Phase 1 of the Evaluation Completed
Phase 1 of the evaluation involved installation of several Nodis TruTintTM smart glass windows and a single ClearVue PV window implementing a PV smart glass unit at an evaluation being conducted at
As part of the Phase 1 evaluation, Nodis monitored the PV performance from the single combined PV smart glass panel via a solar charge controller which charges a battery enabling autonomous smart glass operation. Day to day PV smart glass performance continues to be monitored via remote monitoring.
Phase 2 of the Evaluation has now commenced
Phase 2 of the evaluation commenced in
Following a successful Phase 2 evaluation by the
Collaboration Agreement Signed
The Collaboration Agreement sets out the terms for collaborating on the promotion and joint development of ClearVue’s photovoltaic IGU and smart solar window solutions combined with Nodis’ TruTintTM dynamic switchable film.
Under the terms of the Collaboration Agreement,
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Complete the Phase 2 evaluation demonstrating a combined product (an initial prototype(s) combining the intellectual property and technologies of both Nodis and
ClearVue ) before taking current proof-of-concept demonstrations and creating a commercial format product in line with a project plan agreed to by both Parties (Commercial Prototype(s)); and -
continue discussions for establishing a commercial Supply Agreement where one Party supplies to the other for inclusion into a combined end-product for supply of windows to the
US Air Force (or other customers) as part of Phase 3; or - alternatively, enter a joint venture or other arrangement where the Parties’ two products and technologies are combined into one final end-product based on the Commercial Prototype(s), that the Parties can both promote together.
Commenting on the Collaboration Agreement, Executive Chairman of
“The Nodis TruTintTM product is at the cutting edge of the smart glass industry and is a perfect fit for ClearVue’s photovoltaic glazing solution. Nodis’ Dipole Nanoparticle Suspension dynamic glazing solution requires power inside the IGU or window to operate the control systems for switching and dimming the glass, and for powering and maintaining the state change in the Nodis DNP layer – which together we have already demonstrated through the Phase 1 evaluation with the
Commenting on the Collaboration Agreement, Chief Executive Officer of Nodis,
“The ClearVue PV IGU solution has demonstrated itself to be a great fit for use in supplying localised power to Nodis’ TruTintTM smart glass film. Getting power to windows, especially in a retro-fit application, has been historically difficult and expensive. A Nodis TruTintTM DNP glazing system combined with ClearVue PV and battery and can be deployed without the need for wiring to the window. Where wiring is used, our solution also uses powerline control of the windows themselves removing the risk of over-the-air hacking of the glazing inherent in wireless control methods using WiFi, Bluetooth or other communications protocols. We are looking forward to working with
The Company looks forward to updating the market on the evaluation with the
Authorised by the Board of
ABOUT NODIS CORP
Nodis’ TruTintTM smart glass technology enables glass to switch instantly from clear to opaque and any tint or colour in between. This allows for precise light, glare, and infrared control increasing a building’s energy efficiency and liveability while transforming any piece of glass into a transparent display. TruTint can reduce electricity usage and greenhouse gas emissions by
For more information visit: www.nodiscorp.com
ABOUT
ClearVue’s electricity generating glazing technology is strategically positioned to compliment, and make more compelling, the increased use of energy-efficient windows now being regulated in response to global climate change and energy efficiency goals.
Solar PV cells are incorporated around the edges of an Insulated Glass Unit (IGU) used in windows and the lamination interlayer between the glass in the IGU incorporates ClearVue’s patented proprietary nano and micro particles, as well as its spectrally selective coating on the rear external surface of the IGU.
ClearVue’s window technology has application for use in the building and construction and agricultural industries (amongst others).
To learn more please visit: www.clearvuepv.com
FORWARD LOOKING STATEMENTS
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Mr
Executive Chairman
hello@clearvuepv.com
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Citadel-MAGNUS
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FAQ
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