220KV AWA Armored Power Cable

Non-magnetic AWA armour for single-core EHV. No magnetic losses. For marine and corrosive environments.

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Application

220kV single-core EHV AWA cable for submarine sections, offshore wind farm connections, coastal power plants, and marine environments requiring non-magnetic armor, high corrosion resistance, and tensile strength. Non-magnetic AWA eliminates magnetic losses. Direct burial, ducts, submarine.

Core Strengths

Steel armor on single-core EHV causes magnetic losses and heating. Our non-magnetic AWA provides mechanical defense without parasitic losses. Ideal for marine and corrosive conditions. ISO/CE certified.

Standard

GB11017， IEC60840

Construction

☉〉 Conductor: Stranded copper (class 2)

☉〉 Conductor screen: Semiconductive layer

☉〉 Insulation: XLPE (cross-linked polyethylene)

☉〉 Insulation screen: Semiconductive layer

☉〉 Semi-conductive water-blocking tape

☉〉 Copper wire screen

☉〉 Water-blocking tape

☉〉 Inner covering: PVC or PE

☉〉 Armor: Aluminum wire (AWA – non‑magnetic)

☉〉 Outer sheath: HDPE or PVC

Features

☉〉 Rated voltage: 220kV (EHV transmission)

☉〉 XLPE insulation – 90°C continuous, 250°C short‑circuit

☉〉 Non‑magnetic aluminum wire armor (AWA) – eliminates eddy current losses; lightweight, corrosion‑resistant

☉〉 Copper wire screen – uniform electric field, corona suppression, fault return path

☉〉 Dual water‑blocking tapes – prevent longitudinal moisture ingress

☉〉 Ideal for submarine sections, offshore wind, coastal power plants, and corrosive environments

☉〉 Installation: direct burial, ducts, tunnels, or submarine (with proper protection)

☉〉 100% factory tested to IEC 60840 / IEC 62067

Product Data Sheet

220KV AWA Armored Power Cable
Rated voltage	Conductor size	Approx. Conductor dia.	XLPE Insulation thickness	Electric Capacity	Inductance		Loss of insulation	Max. D.C. Resistance
Rated voltage	Conductor size	Approx. Conductor dia.	XLPE Insulation thickness	Electric Capacity	Parallel laying	Trefoil laying	Loss of insulation	Cu	Al
KV	mm2	mm	mm	pf/m	mh/km	mh/km	w/m	Ω/km
220	240	18.4	27	110	0.895	0.543	0.559	0.0754	0.125
	300	20.6	27	117	0.873	0.524	0.591	0.0601	0.1
	400	23.5	27	125	0.846	0.503	0.633	0.047	0.0778
	500	26.6	27	134	0.822	0.484	0.678	0.0336	0.0605
	630	30.25	27	144	0.796	0.464	0.729	0.0283	0.0469
	800	34.23	27	155	0.771	0.446	0.785	0.0221	0.0367
	1000	41.4	27	180	0.733	0.423	0.912	0.0176	0.0291
	1200	45.28	27	190	0.715	0.411	0.965	0.0151	0.0247
	1400	48.2	27	198	0.703	0.403	1.004	0.0123	0.0202
	1600	50.41	27	204	0.694	0.397	1.034	0.0108	0.0177
	1800	53.35	27	212	0.682	0.39	1.074	0.0096	0.0157
	2000	57	27	222	0.669	0.382	1.123	0.0086	0.0141

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