Corowa 416kW Solar PV Generation Project
The Corowa Shire Council solar project was awarded to Harelec Services in March 2014, after a comprehensive tender process, managed by the Council and independent consultants Coronium. The tender process included site visits, preliminary design, communication with the Network Service Provider, and communication with both the Council and the Coronium Consultants.
Assessment of tender submissions included a detailed analysis of our proposed products, installation methodologies, personnel, experience, management systems, and resources.
The project involved the Engineering design, procurement and construction of 416kW over 14 sites.
Corowa Civic Centre | 100kW roof mount |
Corowa Sewerage Treatment Plant | 16.5kW ground mount |
Corowa Water Filtration Plant | 100kW ground mount |
Corowa Council Depot | 10.5kW roof mount |
Corowa Museum | 2kW roof mount |
Corowa Swimming Pool | 2kW roof mount |
Mulwala Sewerage Treatment Plant | 50kW ground mount |
Mulwala Water Filtration Plant | 100kW ground mount |
Mulwala Civic Centre | 8.5kW roof mount |
Mulwala Museum | 2kW roof mount |
Howlong Water Filtration Plant & Council Depot | 16.5kW roof mount |
Howlong Community Health Centre | 4kW roof mount |
Howlong Swimming Pool | 2kW roof mount |
Howlong Resource Centre | 2kW roof mount |
A key deliverable for the project was that practical completion be achieved by the 30th June 2014, completion of all projects sites in less than 3 months.
The Construction Phase of the project commenced on April 14th 2014. Practical completion was achieved prior to the required date of 30th June, with all systems connected and generating power before this date. Works were completed by Harelec’s skilled and experienced project team, with only minor assistance from sub-contractors for surveying and other secondary services.
At the time of system design, Harelec reported the anticipated annual production of the 14 systems to be 638,886kWh. In the first 12 months after practical completion, as a direct result of effective design and technology choices, the actual production of the 14 systems was 711,033kWh or 72,147kWh better than anticipated.