March 2018 PMID 29444396

Integrating a Silicon Solar Cell with a Triboelectric Nanogenerator via a Mutual Electrode for Harvesting Energy from Sunlight and Raindrops.

Yuqiang Liu, Na Sun, Jiawei Liu, Zhen Wen, Xuhui Sun, Shuit-Tong Lee, Baoquan Sun

Download social card

Mentions

113

Peak: 3 in Apr 2023

across 5 sources since Dec 2018

Extended reach

335,077

potential audience

Total likes

4,476

Video views

329,115

Mentions per month

Dec 2018 – Apr 2023

Where it's discussed

News90 articles
Blogs9 articles
X / Twitter6 posts
Facebook6 posts
YouTube2 videos

AI synopsis

What people are saying

The discussions collectively acknowledge the innovative approach of integrating solar and triboelectric technologies, with terms like 'breakthrough' and 'possibility' conveying optimism and curiosity. Comments referencing the research's validity and implications reflect moderate engagement, emphasizing the practical potential of harvesting energy from both sunlight and rain in the future.

AgreementModerate agreement

Most discussions recognize the potential of the combined energy harvesting system, indicating a general agreement with its promising implications.

InterestModerate interest

Participants show moderate curiosity, with mentions of 'breakthrough' and 'harvesting power from raindrops' reflecting some enthusiasm but not an overwhelming obsession.

EngagementModerate engagement

Conversations include referencing the technical aspects and verifying the research's credibility, suggesting a moderate depth of discussion and genuine interest.

ImpactModerate impact

Some users highlight the practical significance, noting that the system could improve renewable energy sources 'day or night', pointing toward meaningful environmental and technological impact.

Abstract in brief

The study presents a hybrid energy harvesting system that combines a silicon solar cell with a triboelectric nanogenerator (TENG) to generate power from both sunlight and raindrops, especially addressing the reduced efficiency of solar cells during rainy weather.
A mutual electrode made of PEDOTPSS film connects the solar cell and TENG, enhancing light absorption and improving the solar cell’s current, while the TENG uses imprinted PDMS and PEDOTPSS to generate high voltage from water drops, with peak outputs of 330 nA current and 214 V voltage.
This integrated system leverages the high current of solar cells and high voltage of TENGs, offering a promising, efficient solution for energy harvesting across different environmental conditions.

Read the full abstract

All mentions

Enhanced Rain-Resistant Solar Cells for Increased Power Generation

New special coating for solar cells could boost power production in rain by 200 to 300 times. Research on TENG solar cells aims to reduce weather-related efficiency losses and improve the safety and availability of…

Norio · Apr 28, 2023 289,622 views

Hybrid Solar and Rain Energy System for Enhanced Power Generation

This study presents a hybrid energy harvesting system combining a silicon solar cell with a triboelectric nanogenerator, capturing energy from sunlight and raindrops. It enhances efficiency during rainy weather by…

L'Esprit Sorcier TV · Dec 12, 2018 39,494 views

Epp222

@Epp2221 · X

https://t.co/RjAUJpNzdp

Apr 29, 2023 · 302 followers View post →

Armin S. Stecher

@ArminStecher · X

Forscher sehen eine Möglichkeit Solarerträge bei Regen deutlich zu erhöhen. https://t.co/wzgJEQ5e2k

Apr 28, 2023 · 620 followers View post →

MarkQuarter

@MarkQuarter · X

May 25, 2022 · 1,610 followers View post →

Ahmet Kıraç

@ahmetkirac · X

@PvInfolink @elizabeth_ruler https://t.co/zriGp1sRA9

Mar 10, 2019 · 1 like · 877 followers View post →

Siegfried Treitner

@TreitnerS · X

Mar 9, 2019 · 2,140 followers View post →

Rugova

@vruggero75 · X

@chiccotesta @beppe_grillo L'articolo vero, non le cazzate divulgative che trovi su internet: https://t.co/ZW3V3WZneb

Jan 30, 2019 · 1 like · 414 followers View post →