Stay Cool, Perform Better: Zhores Solar Panels with Innovative Ventilation Technology

Our Innovation for Superior Energy Output

Patented frame design prevents heat buildup, boosting energy conversion rates.

Ventilation-Enhanced Efficiency

Your Future, Our Mission

Easier handling, faster installation, and reduced structural requirements.

Sustainability Impact

Lower operating temperatures mean prolonged lifespan and greener energy production.

The Technology Behind Zhores Panels

Transforming energy with lightweight, efficient solar modules for a sustainable future.

The Idea

The Zhores project represents a groundbreaking step forward in solar energy efficiency. By addressing the core challenge of heat buildup in solar modules, Zhores introduces a holistic solution combining advanced solar module design with tailored mounting systems. This dual approach ensures sustained high efficiency under real-world operating conditions, benefiting both users and the environment.

The Challenge

Solar module efficiency declines with rising temperatures. For every degree Celsius above 25°C, the efficiency drops by approximately 0.3-0.5%. Traditional mounting systems exacerbate this issue, particularly with insertion rail systems that impede natural air circulation beneath the panels. This results in heat accumulation, reducing overall energy output.

The Zhores project tackles this challenge with two interconnected innovations:

1. Advanced Solar Frames:

• Redesigned module frames with strategic ventilation openings to enhance airflow around the solar cells.

• Openings reduce the buildup of stagnant, heated air, ensuring cooler operating conditions.

• Used with clamping systems, it creates a system with good ventilation and lower module temperatures.

2. Tailored Mounting Systems:

• Custom-designed insertion rails (mounting tracks) featuring form-fitted ventilation openings.

• These rails complement the advanced frames, allowing warm air to escape freely and improving overall heat dissipation.

The Solution

The impact of temperature on current and voltage of a solar cell. The reduction in voltage is higher than the increase in current; therefore, the output power of solar cell decreases with increase in temperature.

Together, these innovations lower module surface temperatures by an average of 2°C, translating to a 1% increase in energy efficiency.

Key Features

• Ventilation-Optimized Frames: Modular frames with openings in various shapes (round, oval, rectangular) to maximize airflow.

• Tailored Rail Design: Complementary insertion systems engineered for thermal compatibility with the solar frames.

• Manufacturing Adaptability: Openings can be incorporated during production through techniques like rolling, cutting, or laser engraving, ensuring scalability and cost-efficiency.

Impact and Relevance

• Enhanced Energy Yield: A 1% efficiency boost represents a substantial increase in energy output. For 2024, projected global solar installations (511 GW) could deliver an additional 5 GW of electricity, equivalent to the output of 2–3 nuclear power plants.

• Sustainability Benefits: Lower operating temperatures extend module lifespan and reduce maintenance, contributing to long-term sustainability.

• Global Applicability: The solution is adaptable to a wide range of climates and installation types, making it a universal improvement for solar energy systems.

Invest in the Future of Solar Energy

Explore our lightweight solar modules designed for maximum efficiency and sustainability.

The global solar energy market is poised for exponential growth, with a projected addition of 511 GW of capacity in 2024 alone. The adoption of Zhores’ innovations can significantly enhance the profitability and environmental benefits of these installations, positioning the project as a pivotal force in the solar industry.

Zhores Solar Panels and their complementary mounting systems redefine solar energy efficiency through cutting-edge thermal management. By addressing a critical pain point—heat accumulation—this innovation not only boosts energy output but also aligns with global goals for sustainable energy growth. Zhores invites investors and sustainability leaders to join in transforming solar energy into a more efficient, reliable, and impactful technology for the future.

Market Potential

Frequently asked questions

What does Zhores mean?

The name “Zhores” honors Zhores Ivanovich Alferov (March 15, 1930 – March 1, 2019), a renowned Soviet and Russian physicist who made significant contributions to modern semiconductor physics and electronics. His groundbreaking work on semiconductor heterostructures revolutionized high-speed and optoelectronic technologies, earning him the 2000 Nobel Prize in Physics. By choosing this name, we celebrate his legacy of innovation and excellence, aligning our mission to advance solar technology with the spirit of scientific progress that he embodied.

What is the expected lifespan of the panels?

The expected lifespan is the same or higher as existing panels.

How does the ventilated frame improve efficiency?

Our new design lowers the module surface temperatures by an average of 2°C, translating to a 1% increase in energy efficiency. The actual increase in efficiency depends on a variety of factors.

How do these panels compare with traditional models in terms of cost and output?

The panels have a similar price as traditional models yet a higher efficiency.

What installation types are compatible with Zhores panels?

The design is suited for clamping systems and insertion systems.

Where can I buy the new panels?

We plan to be in the marked by mid of 2025. Subscribe to keep updated.