top of page
Image by Markus Winkler

News

2023

We made the news! Check out below what the media has to say about our Floating PV Project and what we do. We’re so proud that we’re getting written and talked about in both industry and local press. We strive to be the best renewable energy company, so we are always thrilled when the media takes notice of what we are doing!

 

https://www.mako.co.il/green-life/environment/Article-b8d1c9ef821f481027.htm

 

 

 

 

 

 

 

Ener-t International won government tender, issued by the Ministry of Energy to construct a regional anaerobic digestion-based biogas production facility to serve as an end-of-waste solution for agricultural waste.

2022

Ener-t International won government tender, issued by the Ministry of Energy in partnership with the Ministry of Agriculture, for building two Agro-Solar projects 

Ener-t International won government tender, issued by the Ministry of Energy in partnership with the Ministry of Agriculture, for building two agro-solar projects in Israel, one in the north of Israel, and another in the south of Israel. These projects will combine best practices in agriculture with solar energy generation, and employ cutting-edge technology developed by Ener-t.
 

Ener-t International won an energy storage government tender to install a battery energy storage system (BESS) at a municipal wastewater treatment plant 


Ener-t International won an energy storage government tender, issued by the Ministry of Energy, to install a battery energy storage system (BESS) at a municipal wastewater treatment plant located in southern Israel. This is Israel's first round of tenders for energy storage systems, and Ener-t is proud to be among the pioneers of this important initiative.

 

Build a regional anaerobic digestion-based biogas production facility to serve as an end-of-waste solution for agricultural waste


Ener-t signed an agreement to construct a regional anaerobic digestion-based biogas production facility to serve as an end-of-waste solution for agricultural waste. The technology for the proposed projects is electricity and heat generation based on biogas from anaerobic digestion of crop residues and livestock litter. The harvesting of methane generated by decomposing waste, and using it to generate renewable electricity, reduces greenhouse gas emissions that would otherwise arise from other methods of treatment of this waste stream. The facility will be located in southern Israel.

2021

Ener-t International wins Mitzpe Ramon Municipality tender to design, finance, build, operate and maintain of large-scale floating PV

The Mitzpe Ramon Municipality has announced that  

Ener-t International, has won a tender to build a large-scale floating PV project. With the implementation of this prestigious project, Israel would have a world-class large-scale floating PV to lead its effort to maximize their solar PV potential and therefore rely on clean, renewable energy sources.  Floating PV solves the twin challenges of land constraints and clean energy generation.

Build CSP plant with 2.5GW capacity in China

 

Ener-t International, China Minsheng Investment and Qinghai MingDe energy Logistics Group will collaborate to build CSP plant with 2.5GW capacity in China. Ener-t owns proprietary design and manufacturing capabilities for the entire CSP plant system, including components such as collectors, receiver tubes and reflector mirrors.

Ener-t Awarded Contract for the Establishment of National CSP in India

Ener-t was selected recently by a consortium comprised of Indian Oil Corporation Limited (IOCL); Bharat Heavy Electricals Limited (BHEL) of India; and Indian Institute of Technology Jodhpur (IITJ) for the design of the National CSP R&D center at Jodhpur, Rajasthan, India.

http://www.cspfocus.cn/en/market/detail_873.htm

 

 

 

solar, power, thermal, EPC, EPCM, trough, collector, Energy, engineering, Yehuda, Harats, parabolic, SEGS, Luz, parabolic trough, CSP, hybrid, Concentrated solar power, biomass, pv, renewable, China, India, solar field, fuel, gas
bottom of page