TriNANO Technologies

About TriNANO Technologies

TriNANO Technologies develops ultra-thin nano coatings for solar panels, utilizing light trapping, anti-reflection, and self-cleaning properties to enhance energy output and reduce maintenance needs. The coatings provide a measurable 15% increase in solar panel performance while minimizing the risk of damage from environmental contaminants.

```xml <problem> Solar panels are susceptible to performance degradation due to light reflection, surface contamination, and inefficient light capture, leading to reduced energy output and increased maintenance costs. Traditional cleaning methods consume significant water resources and may not fully restore panel efficiency. </problem> <solution> TriNANO Technologies develops and applies ultra-thin nano coatings to solar panels that enhance light trapping, reduce reflection, and provide self-cleaning properties. Inspired by natural phenomena such as moth eyes and lotus leaves, the coating optimizes light capture and minimizes energy loss from surface contaminants like dust, grime, and bird droppings. This results in a measurable increase in solar panel performance, reduces the need for manual cleaning, and extends the lifespan of the panels. The coating is less than 400 nanometers thick and maintains its performance over extended testing periods. </solution> <features> - Nanoparticle-based coating applied as a thin film to existing solar panels - Light-trapping technology inspired by super black feathers to maximize light absorption - Anti-reflective properties inspired by moth eyes to minimize light reflection - Self-cleaning functionality inspired by lotus leaves to repel dust, water, and other contaminants - Demonstrated 15% increase in solar panel performance based on 9-month testing - Reduces water consumption associated with traditional solar panel cleaning - Extends solar panel lifespan by minimizing environmental damage </features> <target_audience> The primary target audience includes solar panel manufacturers, solar energy project developers, commercial and residential solar panel users, and organizations focused on renewable energy solutions. </target_audience> ```

What does TriNANO Technologies do?

TriNANO Technologies develops ultra-thin nano coatings for solar panels, utilizing light trapping, anti-reflection, and self-cleaning properties to enhance energy output and reduce maintenance needs. The coatings provide a measurable 15% increase in solar panel performance while minimizing the risk of damage from environmental contaminants.

Where is TriNANO Technologies located?

TriNANO Technologies is based in Mumbai, India.

When was TriNANO Technologies founded?

TriNANO Technologies was founded in 2022.

Location
Mumbai, India
Founded
2022
Employees
13 employees
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TriNANO Technologies

Score: 85/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

TriNANO Technologies develops ultra-thin nano coatings for solar panels, utilizing light trapping, anti-reflection, and self-cleaning properties to enhance energy output and reduce maintenance needs. The coatings provide a measurable 15% increase in solar panel performance while minimizing the risk of damage from environmental contaminants.

tri-nano.co500+
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Crunchbase
Founded 2022 – Mumbai, India

Funding

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Team (10+)

Harsh Sethi

Start up - Innovative Nano coatings for Solar Panels

Swapnil Shah

Executive Director TriNano

Company Description

Problem

Solar panels are susceptible to performance degradation due to light reflection, surface contamination, and inefficient light capture, leading to reduced energy output and increased maintenance costs. Traditional cleaning methods consume significant water resources and may not fully restore panel efficiency.

Solution

TriNANO Technologies develops and applies ultra-thin nano coatings to solar panels that enhance light trapping, reduce reflection, and provide self-cleaning properties. Inspired by natural phenomena such as moth eyes and lotus leaves, the coating optimizes light capture and minimizes energy loss from surface contaminants like dust, grime, and bird droppings. This results in a measurable increase in solar panel performance, reduces the need for manual cleaning, and extends the lifespan of the panels. The coating is less than 400 nanometers thick and maintains its performance over extended testing periods.

Features

Nanoparticle-based coating applied as a thin film to existing solar panels

Light-trapping technology inspired by super black feathers to maximize light absorption

Anti-reflective properties inspired by moth eyes to minimize light reflection

Self-cleaning functionality inspired by lotus leaves to repel dust, water, and other contaminants

Demonstrated 15% increase in solar panel performance based on 9-month testing

Reduces water consumption associated with traditional solar panel cleaning

Extends solar panel lifespan by minimizing environmental damage

Target Audience

The primary target audience includes solar panel manufacturers, solar energy project developers, commercial and residential solar panel users, and organizations focused on renewable energy solutions.