Environmental Sciences and Renewable Energy

Jun 05-06, 2020

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Zurich, Switzerland

Renewable Energy 2020

About Conference:

LEXIS would like to extend our warmest invitation to you to participate in the Environmental Sciences and Renewable Energy conference 2020 is a global conference held in Zurich, Switzerland that is dedicated to advancing future energy solutions for the region. Renewable Energy 2020 promises to bring together the complete energy value chain in one unique meeting place and is the perfect platform for Researchers, Academics, power producers and utility companies; clean-tech providers, service companies and engineering contractors to foster a secure, integrated energy companies, technology providers and entrepreneurs to affordable and low-carbon energy mix across globe.

Be a part of Renewable Energy 2020 new meeting point for discuss debate and embrace future energy scenarios and solutions.

Wind energy is electricity created from a turbine it's an alternate to fossil fuels, is abundant, renewable, cosmopolitan, and clean, produces no greenhouse emission creations during operation and uses little land when the wind blows it turns the blades of the turbine. As these blades turn, they spin generators to make electricity. The electricity is then sent to a transformer which increases the voltage and sends it to a distribution line. Next, local transformers reduce the voltage and send it to homes or businesses.

Details of Renewable Energy Conference 2020 in Zurich, Switzerland :

Conference Name Place Date
Environmetal Sciences and Renewable Energy2020

Zurich, Switzerland

June  05-06, 2020

Important and Scope:

Today’s challenge is to inspire the ecology community through the interchange of data and sharing of best practices during a global-scale context and toward advances for a low-carbon future. The aim of this conference is to market environmentally safe and economically sustainable renewable energy, to make theoretical base of the use and implementation of renewable energy sources.

Program Overview