Skip to main content

UK Non-Commodity Charge · Distribution

DUoS Timeband Amber (Electricity)

Current rates, who sets them, and where they are forecast to go.

What DUoS Timeband Amber (Electricity)is, who sets the rate, what the revenue funds, and where it's heading. Sourced daily from the Purely Energy non-commodity cost data hub.

Current rate
Not published
Forecast
-
Share of bill
Not published
Add to the curated bill-share map to surface here.
Set by
Your regional DNO under Ofgem RIIO-ED2
Applies to UK business electricity

DUoS Timeband Amber (Electricity): what it is, who charges it, and what it pays for

What it is

The DUoS Timeband Amber (Electricity) charge in plain English

Peak-time distribution charge for using local electricity wires. Red band applies Mon–Fri 16:00–19:00 all year, the most expensive time to use power.

Introduced 1990 (privatisation), timeband structure from 2010.

Who charges it

The body that sets the rate

Your regional DNO under Ofgem RIIO-ED2

Unit

p/kWh

Applies to

UK business electricity

What it pays for

Where the revenue ends up

Maintenance and upgrade of local distribution networks (DNO wires to your meter)

DUoS Timeband Amber (Electricity) FAQs

What is the DUoS Timeband Amber (Electricity) charge?

Peak-time distribution charge for using local electricity wires. Red band applies Mon–Fri 16:00–19:00 all year, the most expensive time to use power.

Who sets the DUoS Timeband Amber (Electricity) rate?

The DUoS Timeband Amber (Electricity) rate is set by Your regional DNO under Ofgem RIIO-ED2.

What does DUoS Timeband Amber (Electricity) pay for?

DUoS Timeband Amber (Electricity) revenue supports Maintenance and upgrade of local distribution networks (DNO wires to your meter).

Related charges in Distribution

Rate data sourced from the Purely Energy non-commodity cost data hub (dh.purelyenergy.co.uk). Published rates come from statutory publications by the body listed above. Forecasts are AI-generated from published guidance and market trends; treat P50 as a central estimate and reference P10/P90 for sensitivity.