Short, practical guides on standards, sizing, torsion and installation. Written for engineers, procurement teams and project QA.
Both types are 1500 V DC PV cables, but IEC 62930 and EN 50618 differ in test regime, sheath compound and marking. What to put on the purchase order, and which one a European tender will expect.
Fault level, conductor choice, screen and armour, and joint discipline: the four decisions that set the construction of an MV collector feeder in a PV plant.
Torsion angle, cycle count, temperature range and sheath choice decide whether a nacelle cable survives its design life. A practical checklist for the turbine specification.
Current derating inside a container, paralleled strings, terminal temperature and voltage drop across a 1500 V DC rack — with the data you should ask a supplier for.
Four notes cover the questions we are asked most often before a tender: which PV standard applies, how an MV collector feeder is sized, how a nacelle cable is specified, and how a battery rack cable is sized. Each one links to the product page it refers to.
If your question is about a live project, send the plant data and we will answer directly rather than publish a generic article.
Each product page includes a construction table, application notes and a direct quotation form.