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The FIA and EDF experts will continue to share information and best practices on the training of emergency personnel, electric vehicle safety standards, and the assessment of batteries on EDF's state-of-the-art test bench, which is capable of testing very powerful batteries... Since its beginning in 2014, this partnership has resulted in significant progress on the application of emerging technologies to battery units, engines, charging systems, safety standards and regulations, as well as infrastructure.

Awaji said that this agreement aims to develop newly graduated employees to enable them to work in a global standard environment and give them the opportunity to face a variety of techniques to build a generation of engineers capable of handling all types of modern technologies in the electricity industry, Awaji added that this agreement aimed at staff in different disciplines in mechanical, industrial, electrical and chemical engineering, and others.

With this technology, fuel (mainly wood, waste from wood processing industries and agricultural plant waste) is fed directly into heating systems capable of producing either heat alone or electricity and heat simultaneously (co- generation). It has many environmental advantages .

With a generating capability of more than 605MW, the 9HA turbine developed and produced by GE is the world's most efficient gas turbine, achieving an efficiency rate during commissioning performance tests of up to 62 22 % . These record breaking efficiency levels have created the world's most efficient combined-cycle power plant in Bouchain, which was officially recognized today by Guinness World RecordsTM . In addition, the 9HA is highly flexible and capable of reaching full power in less than 30 minutes.

An alternative to the lack of land space capable of accommodating large-scale solar power plants on the ground or on roofs, floating solar energy installed on unused water bodies (quarry lakes, irrigation ponds, dam reservoirs, etc .) is a promising avenue to explore for the photovoltaic industry.

Each of Pivot Power's projects has the potential to host a battery capable of exporting 50 MW of power and to provide support for hundreds of rapid EV chargers, potentially suitable for large retail sites, logistics centres, bus depots and park and rides... Battery storage and electric vehicles are two key technologies which will help lower carbon emissions, alongside generation from renewables and nuclear.

Taishan's two reactors are capable of supplying the Chinese power grid with up to 24 TWh of CO2-free electricity a year, tantamount to the annual electricity consumption of 5 million Chinese users, whilst at the same time preventing the emission of 21 million tons of CO2 a year. The Taishan project is being led by TNPJVC, a joint venture founded by CGN (51 %), EDF (30 %) and a regional Chinese utility called Yuedian (19 %) . The EDF Group and its Framatome subsidiary supplied the third-generation EPR technology, which meets the highest international safety standards.

Taishan's two reactors are capable of supplying the Chinese power grid with up to 24 TWh of CO2-free electricity a year, tantamount to the annual electricity consumption of 5 million Chinese users, whilst at the same time preventing the emission of 21 million tons of CO2 a year. The Taishan project is led by TNPJVC, a joint-venture founded by CGN (51 %), EDF (30 %) and the Chinese utility Guangdong Energy Group (19 %) . The EDF Group and its subsidiary Framatome supplied the EPR technology for the plant.