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ScottishPower welcomed a debate in the Scottish Parliament led by Christina McKelvie MSP on ways to provide affordable energy support to those in need.
SP Energy Networks officially open their new state-of-the-art depot in Middlewich. The modern facility will be central to delivering the company’s 2015-2023 plans to invest up to £130 million across Mid Cheshire.
Through partnership work between SP Energy Networks and RGC, a specially-created rugby skills festival for disabled children and adults in North Wales (hosted by top players) could form the basis of a new training programme.
SP Energy Networks : The Welsh Rugby Union has announced that SP Energy Networks has sponsorship of the back of the U20s iconic red jersey and the North Stand of world-class Stadium Zip World (formerly known as Parc Eirias) in Colwyn Bay.
At ScottishPower, our scholarship programmes aim to help train a new generation of professionals capable of driving the transformation towards a sustainable energy model. ScottishPower will provide scholarships for the 2018-2019 academic year for postgraduate studies at Imperial College of London, Edinburgh, Strathclyde, Liverpool, Glasgow, East Anglia and Cambridge Universities.
SP Energy Networks : Quiet and clean electric vans are being put through their paces during a six months trial aimed at establishing how they might fit into the fleet of the future.
Four of our quick thinking SP Energy Networks colleagues raced to the aid of an elderly woman following an accident.
A lightning storm in North Wales on Thursday 25th January led to an unprecedented incident when three separate electricity poles on a major power line suffered direct strikes in the Llŷn Peninsula.
ScottishPower Generation - About Us
ScottishPower Generation : Facts on our gas Power Stations Our total gas stations’ generation capacity is 1940MW, which is enough to power nearly 2 million homes. All four of our gas power stations are combined cycle gas turbines or CCGTs for short. CCGT is a form of highly efficient energy generation technology that combines a gas-fired turbine with a steam turbine. The design uses a gas turbine to create electricity and then captures the resulting waste heat to create steam, which in turn drives a steam turbine significantly increasing the power output without any increase in fuel. As more renewable energy is being generated our stations are now used more frequently to provide essential support services, help balance the national grid and to assist at peak demand times – changing from our traditional pattern of generation. Within our Thermal Group we also have our Hatfield Gas Storage facility which can store more than 42 million therms of gas at any one time.
