Solar PV and battery storage installation at the Old drill hall, pont morals, Merthyr Tydfil

Project to install a renewable energy system, consisting of a solar PV array and 10kWh of battery storage into the Old drill Hall, Pont Morlais, Merthyr Tydfil, CF47 8UT.The Northern half of the building has recently been converted into a number of light commercial rental units (The southern half is a motor garage).The whole of the building has recently been fitted with a new synthetic tile roof.It has been estimated that the Northern half of the building has approximately 180 meters squared available for a PV system, this could potentially accommodate 90 PV panels with the potential for a PV system with peak power of between 32 and 36 kW, the southern side of the roof is orientated 30 degrees off south and is thought to be the best location for a system (target generation would be over 30kWh per annum).10 kWh of battery storage is to be incorporated into the renewable energy system for the old drill hall.H factor is inviting contractors to carry out a survey to accurately size and tender for the installation of the renewable energy system for the Old Drill Hall Merthyr TydfilNOTE: To register your interest in this notice and obtain any additional information please visit the Sell2Wales Web Site at https://www.sell2wales.gov.wales/Search/Search_Switch.aspx?ID=121931.

Site Surveys at the Drill Hall can be organised by contacting the proprietor:Mr Phil Cork,email phil@bison-security.co.uktel 07836622000(WA Ref:121931)Under the terms of this contract the successful supplier(s) will be required to deliver Community Benefits in support of the authority’s economic and social objectives. Accordingly, contract performance conditions may relate in particular to social and environmental considerations. The Community Benefits included in this contract are:The system must contribute to providing locally generated clean renewable energyRelates to the following project/programme financed by EU Community Funds: Yes, the project is partly funded by the EU funded project AMBV energy Workx