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SOLAR ARRAYON A SUNNY DAY WE PRODUCE ENOUGH POWER TO RUN OUR LOW CARBON CEMENT FACTORY
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STORMY DOWNFROM A BROWNFIELD SITE TO A GREEN FUTURE -
ANAEROBIC DIGESTIONTURNING FOOD WASTE INTO WATTS -
WIND POWER1.5 MW ENOUGH TO SUPPLY 1,500 HOMES -
BIODIVERSITYCENIN CARES FOR YOUR ENVIRONMENT
As part of the Cenin Group, Cenin Renewables develops solar and wind turbine sites. Our renewable energy business cluster at Parc Stormy incorporates anaerobic digestion, wind and PV generation, ultra-low carbon cement production, and Cardiff University’s energy positive SOLCER House.
Solar Power
Installed in 2011, our PV array generates 735kW and contains 2940 Yingli Mono 250 Series monocrystalline photo-voltaic panels. We have also completed in Spring 2017, a solar farm west of Cardiff generating 3MW.
Wind Power
In November 2015, our first wind turbine was installed. It is 1.5MW ‘Vensys 77’ which can operate in wind speeds between 3m/s and 22m/s. The turbine has a magnetic gear-less drive system which is quiet and efficient. We have planning permission for a second wind turbine on site which will produce considerably more power than the first.
Anaerobic Digestor
The Agrivert 3MW Anaerobic Digestion (AD) plant was opened by the First Minister of Wales, Carwyn Jones on December 2nd 2016. The first of its type in Wales, the plant converts food waste and organic matter into biogas which fuels an electrical generator. Surplus heat is fed to Cenin’s low-carbon cement plant for use in the minerals drying process. Organic digestate, the plant’s only other bi-product, is piped to our neighbour’s farm for use as a highly nutritious organic fossil-free fertilizer.
Battery Storage
On February 1st 2018, Kiwi Power, a UK demand response and energy resource aggregation company, unveiled its largest behind the meter battery to date with the completion of the 4MW / 4.8MWh Tesla battery at Parc Stormy. The battery took three months to build and provides firm frequency response (FFR) to the National Grid via a two year contract offering 24 hour availability. The battery will make use of the onsite renewable energy produced by solar, wind and anaerobic digestion generation.
Solcer House
Solcer house was designed by Cardiff University to be the UK’s first purpose-built, low-cost energy smart house, capable of exporting more energy to the national electricity grid than it uses. Built as a prototype to meet UK Government zero carbon housing targets, its design combines reduced energy demand, renewable energy supply and energy storage to create an energy positive house.
To reduce the energy demand, the house was built with high levels of thermal insulation, reducing air leakage, and uses an innovative energy efficient design which includes Cenin’s low carbon cement foundations, structural insulated panels (SIPS), external insulated render, transpired solar collectors and low emissivity double glazed aluminium clad timber frame windows and doors.
Latest News
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This March, Cenin Renewables were delighted to install our second wind turbine at Parc Stormy, a Vestas 117 (with a 117m rotor diameter) which generates...
In February, all components for our new 3.6MW wind turbine were successfully delivered to Parc Stormy. Three 57m blades weighing 13 tonnes each and three...
In December 2019, Cenin Renewables completed the foundations for our new 3.6MW wind turbine at Parc Stormy....
On the 7th February, Cenin Renewables attended the Blaenau Gwent STEM Inspiration Event to help pupils from multiple schools learn about the variety of jobs...
After their visit to Parc Stormy in November 2019, some of Pencoed Comprehensive’s Year 10 scientists completed outstanding research projects. Cenin Renewables judged the competition...
Cenin Renewables were delighted to host a visit from the Tai Tarian Assets team on the 6th Decembers 2019....
British Electricity Generation
The way that electricity is being generated in Great Britain changes every minute of every day. Our power stations must respond to changing demand and changing weather patterns. It has to respond to every flick of an electricity switch on the cold winter nights and long summer days. The power stations themselves are changing, with reducing numbers of coal power stations, new nuclear plants and growth in gas, wind, solar and biomass.
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