2030 Electricity System in United Kingdom

Running Head:2030 ELECTRICITY SYSTEM IN UNITED KINGDOM
2030 ELECTRICITY SYSTEM IN UNITED KINGDOM
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12030 ELECTRICITY SYSTEM IN UNITED KINGDOM
In this essay, the discussion will be related to the electricity system in the UK. The
idea behind this essay is to discuss whether within 2030 the electricity system in the United
Kingdom will be decarbonized or not. To decarbonize the electricity and the choices of
generation the step that needs to be taken is to reduce the rate of decarbonisation and also
allow flexibility in the trajectory of energy supply by 2030. But if such a case occurs that
demand reduction becomes very difficult then progress in decarbonising needs acceleration.
The burning of fossil fuels has several advantages. Coal in the UK and gas resources are
present at a high level which improves energy security. But the key disadvantage is the
emission of a large amount of carbon dioxide. Carbon is capturing, and its storage is
considered as a critical technology which increases the use of low carbon generating option
while maintaining supply which meets variation of demand. The residual carbon emission
from power plants with CCS comes out to be a matter of concern when high level emission is
considered. Most cost-effective ways to gain carbon-neutral electricity from the Carbon
capture and storage is likely to combine increasing capturing level to values that are justified
by carbon cost by relating to the biomass. This technique can be used for any coal plants
having CCS, and it can also be applied to coal gasifier retrofits of CCR. Biomass utilisation
with carbon capture and storage at any power plant region can be used to offset the residual
emission from the NGCC plants after combustion capture firing the natural gas.

22030 ELECTRICITY SYSTEM IN UNITED KINGDOM
Figure 1
Carbon capture and storage commonly referred to as CCS will prove to be key
technology due to the following reasons. Electricity system which provides generation
capacity provided by renewable and nuclear proves to be very expensive and difficult to run
as well. In the case of fossils, fuel generation with the carbon capture and storage will provide
short-term flexibility in responding to the demand, and it also offers some options for
negative technologies such as burning of biomass with CCS. Therefore the development and
deployment of the CCS is an urgent challenge. Considering the electric generation in the year
2030 it requires an intelligent electrical grid system. To intermittent, the renewable capacity a
paradigm shift will be required where the network will control the shift from the generation
assets and also from the demand side. Using the solar energy for heating is considered to be a
mature technology which already exists in the United Kingdom and is also cost-effective, but
the rate of installation for the glass tubes collectors in very low in this country. But it is
estimated that by 2030 in the household and the south of England could be expected to fulfil
the hot water needs between March and October by the installation of the solar hot watering
system on the roof. To decarbonise within 2030 energy will be required from other sources to
top this rate either when the solar influx is low or in another case if the demand is high. The