The assessment of these two old structure with additional modifications in past presented a special challenge, especially given the need to preserve the existing arrangement and generation commitment considering 15° steep south roof. For instance, we needed to assess very limited space available for installing the solar panels and the need to keep the structures safe.
Our structural engineering teams worked closely with project partners and electrician in delivering all phases of the project efficiently. The scope delivered by ecologiq include detailed site inspections, PV and electrical design, technical documentation creation, structural assessment and grid connections.
Our scope of works to support client included AC & DC design, protection schematics, supply and design of solar distribution boards, structural assessment and grid application. The scope also included detailed design to integrate existing solar PV system at site and to bring it to current standards for approval.
The above service was part of ecologiq Customised Solar Solution package which is specifically designed for solar retailers and installers to expedite project deliveries.
Our scope of works to support client included AC & DC design, protection schematics, supply and design of solar distribution boards, structural assessment, and grid application including integration of existing 35 kWp to bring it to current standards for approval.
The above service was part of ecologiq Customised Solar Solution package which is specifically designed for solar retailers and installers to expedite project deliveries.
ecologiq was engaged as a consultant by the client to complete detailed design and structural engineering assessment for 32 schools’ covering regional sites. The solutions designed included detailed analysis of existing consumption enabling efficient match to maximise solar generation.
The scope to be delivered by ecologiq included site inspections, PV and electrical design, technical documentation creation and structural assessment.
ecologiq was engaged by the client to support with detailed feasibility assessments including structural engineering analysis on Victoria university Footscray Park campus on 3 buildings.
First phase of our engagement was to conduct an audit for the site and review the structural and electrical infrastructure. Second phase included detailed reporting including recommended design for STC systems for the site.
Key services included site and infrastructure assessment, feasibility assessment, detailed design, creation of tender documentation and evaluation support.
The subject site was in the vicinity of an existing transmission line and overhead lines. The scope included feasibility assessment of the site for either a roof top or a ground mount system to cater the energy needs.A container based duly ventilated inverter station was recommended to accommodate the proposed inverters for the system.
