Next Generation Distributed Solar ! LEARN MORE The first low-profile dual-axis sun tracking system for flat rooftops iPyramid-1P
Electricity generation with up to 80% more energy than fixed panels iPyramid-1C
Cogenerate with 3.5x more combined energy than fixed PV iPyramid-1C
Cogenerate electricity & thermal energy with combined efficiency of 85% (35% PV + 50% thermal) Next Generation Distributed Solar ! LEARN MORE The first low-profile dual-axis sun tracking system for flat rooftops iPyramid-1P
Electricity generation with up to 80% more energy than fixed panels iPyramid-1C
Cogenerate with 3.5x more combined energy than fixed PV iPyramid-1C
Cogenerate electricity & thermal energy with combined efficiency of 85% (35% PV + 50% thermal)

Next Generation Distributed Solar!

MAXUN maximizes solar energy capture through dual-axis tracking technology for buildings with photovoltaic, thermal or combined generation.

We developed the first low-profile dual-axis sun tracking system for flat rooftops, which increases the output of any PV technology by a min of 50% with a lower LCOE compared with fixed tilt.

We utilize proven 40+% efficient cells, used on satellites, combined with concentrating optics, to deliver our cogeneration (PV+Thermal) systems with a combined output increase of 3.5 times fixed tilt PV.

MAXUN provides a low cost path to achieving net-zero for buildings.

Benefits of Solar CoGeneration

1. Electric Power

With more than 35% efficient PV cells, our system delivers more electricity than any other available solar system.

2. Hot Water

Cut your water heating bills by using the thermal energy captured for heating water for all household or commercial needs

3. Space Heating

Cut your winter heating bills using the thermal energy captured and utilize it for home or building heating

4. Space Cooling

Convert the thermal energy captured by the system to cooling during summer months using readily available chillers

MAXUN Solar is a game changer for the solar industry and for the sustainability market. Given the MAXUN system’s great advantages and benefits relative to existing technologies, we are able to provide benefits to customers that other systems are not capable of. Some of the benefits that we are able to provide are as follows:

Key System Features

  1. 1
    5x Energy

    Our system can generate 4 to 6 times the energy per square area as regular PV panels

  2. 2
    1/2 Space Utilization

    Due to the high efficiency and energy density, our system has 1/2 the space utilization as regular PV panels

  3. 3
    85% System Efficiency

    Our solar cogeneration system has a combined efficiency 85% (35% PV + 50% Thermal)

  4. 4
    Lower kWh Cost

    We have a lower kWh cost due to high efficiency, energy cogeneration and space utilization

  5. 5
    Highest GHG Reduction

    Our system offers the highest GHG reduction per square area as regular panels

Technology

MAXUN Solar utilizes CPVT technology to deliver Net Zero to homes and businesses with solar alone.

Utilizing our patented dual-axis micro-tracking technologies and secondary optics, the system offers over 35% PV efficiency simultaneously with 50% thermal efficiency.

Benefits
Products
Applications

Net-Zero With MAXUN Solar

1

Increased Energy Density

MAXUN Solar’s patented technology captures 4 to 6 times more solar energy from the same rooftop compared to using standard flat panels, by capturing 2.5 times the energy production (PV + thermal) per kWp using half the space

2

Reduced System Size

Using the thermal energy captured for cooling (air conditioning), cuts the demand for electricity by 30% (in Ontario) to 65% (in Arizona), and thus enabling the use of smaller system size. For example, 7 kWh MAXUN Solar system will suffice compared to a 10 kW flat panels.

3

Cold Climate Suitability

Our system has an advantage in snowy climate by the ability to tilt in order to knock off snow, therefore, no energy loss through snow coverage.

4

Hot Climate Suitability

Unlike traditional PV panels that lose up to 50% of their efficiency in hot climate due to efficiency degradation, our system is actively cooled, therefore, we solve the efficiency degradation problem in hot climate

Learn More