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7.

CONSTANTLY AHEAD IN INNOVATION

PRYSMIAN GROUP

2015

YEARLY OVERVIEW

Prysmian is intensifying its exploratory

research into materials due to the strategic

role they play in cable and accessories

technology.

In the area of extra high voltage

(EHV) cables, an important milestone

was reached with the successful

qualification of extruded insulation

systems for voltages exceeding

500 kV: in fact, the type test was

successfully completed for the 525 kV

HVDC solid-insulated system.

The Flextube cable family has proved

to be the most efficient technology

for optimising and reducing the size

of high-fibre-count cables, thanks

to success factors such as the

combination of micro-module flextube

technology and BBXS 200 micron

diameter fibre.

In the Downstream segment, the two

main initiatives implemented in 2015

involved the development, in various

subsidiaries, of an improved solution

for low temperatures ("Artic onshore"),

typical of projects carried out in Russia

(Yamal LNG and ZapSib 2).

CARE FOR THE PLANET:

AN EVER CLOSER GOAL

Submarine cables

Oil & Gas

The importance of materials

Underground cables

Telecom and optical cables

Development work in 2015 was mainly

focused on enlarging the range: the

3-core AC cable range saw successful

qualification of the 220 kV cable for the

50 Hertz project, which will be used for

long-distance transmission of energy

produced by offshore wind farms.

The main achievements in 2015 included:

• Completion of a preliminary study that

will let Prysmian formulate a compound

with variable resistivity for use in the

manufacture of joints for very compact

HVDC cables.

• Completion of the feasibility study on

a proprietary formula for primary and

secondary coating of optical fibres.

• Studies on the protection of copper in

order to improve or prevent oxidisation

of large section conductors and on the

protection of aluminium.

• Studies on carbon nanotubes to identify

possible uses as conductors, with a

graphene manufacturer contacted to

performexperiments on the newmaterial.