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Interior glass facade


Frequently Asked Questions.

  • What does NEXT do?
    We provide enabling technology to the commercial real estate and construction market. We make photovoltaic coatings that are applied to the glass of windows in commercial buildings and convert those windows to energy-producing solar panels.
  • Who will be marketing/selling your solution, you or your supply chain partners?
    We are using a hybrid distribution model, in which we work directly with major window manufacturers who will collaborate with us in applying our photovoltaic coatings within their existing processes. Those windows will then move through their established supply chains into the market through general contractors.
  • What are specifiers' and/or customers' top objections to your solution?
    At this point, those who have seen our solution and are interested in it are simply disappointed it is not yet commercially available at scale.
  • Can I have a sample?
    Sorry, but we don’t provide samples. However, you can find us with samples at major glass industry events and trade shows. Don’t think you will bump into us at one of these events in the future? Inquire about becoming a beta collaborator to receive a PV Prototype Window Wall!
  • How can I invest in NEXT?
    NEXT Energy Technologies is a privately-held company at this time. Investors include individual accredited investors, real estate family offices, and strategic industry partners. If you are an accredited investor and interested in learning more, please email us.
  • What are NEXT window coatings made of?
    Organic solar cells are commonly made from elements such as carbon, hydrogen, nitrogen, fluorine, oxygen, and sulfur. NEXT’s carbon-based materials are cheap, abundant, and can be easily recycled, leading to organic photovoltaic materials that are lighter, more flexible and cheaper to produce.
  • How does NEXT generate energy from the sun?
    NEXT’s proprietary transparent photovoltaic coating transforms commercial windows into energy-producing solar panels by converting unwanted infrared and UV sunlight into electricity.
  • Is NEXT safe for the environment?
    Yes. Our semiconducting materials are nontoxic, heavy metal free, and are printed using a low-energy process. The non-proprietary portions of the cell employ materials that are common within the flat glass industry and generally regarded as safe under normal usage conditions and recycled just as easily as regular commercial window glass.
  • Does your enabling technology affect the transparency of a window or building occupants’ ability to view the outdoors?
    No. NEXT delivers a product with true transparency and uncompromised aesthetics for the sector, designed to match best-selling low-e coatings in terms of color, haze, clarity, visible light transmission (VLT), and solar heat gain performance. This is what will allow large-scale adoption of our coatings in windows and preserve the comfort and well-being of building occupants.
  • How are NEXT coatings applied to glass?
    Our materials are printed onto standard window glass then encapsulated for environmental protection.
  • How is your solution integrated into a commercial window?
    NEXT’s photovoltaic coatings are applied to commercial windows during the window fabrication process, integrating with existing manufacturers without disrupting established workflows and supply chains.
  • What does wiring look like on the window?
    Each window unit will have one wire exiting the IGU and hidden in the horizontal mullions. The buss bars and electrical conductors are adhered to the edge of the glass and hidden behind the window frame. Therefore, you do not see any wiring on the (glass) surface of the window. Below is a picture of a PV-IGU prototype in our lab, with all the wiring and components hidden by the black aluminum frame.
  • What infrastructure is required to distribute energy from individual windows to the building's electrical system?
    Required infrastructure to distribute energy from individual windows to the building include PV inverter(s), power optimizers, hardware components such as wires, connectors, switches, combiners and transition boxes, and other (non-infrastructure) balance-of-system components.
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