Buninyong Primary School

ecologiq was engaged as a consultant to complete detailed design and structural engineering assessment for Buninyong primary school.

The solutions designed included detailed analysis of existing consumption enabling efficient match to maximise solar generation.

The scope to be delivered by ecologiq included PV and electrical design, technical documentation creation and structural assessment.

Location: VIC

Project Owner: VSBA

Industry Sectors: Education

Victorian School Building Authority

ecologiq was engaged as a consultant by the client to complete detailed design and structural engineering assessment for 23 schools’ covering both metro and regional sites.

The solutions designed included detailed analysis of existing consumption enabling efficient match to maximise solar generation.

Safety in design, electrical infrastructure upgrade recommendations, roof zoning, and roof traffic management were the key considerations.

Location: VIC

Project Owner: Victorian School Building Authority

Industry Sectors: Education

Completion: February 2021

Victoria University Werribee campus

ecologiq was engaged by the client to support with detailed feasibility assessments including structural engineering analysis on Victoria university Werribee Campus across two buildings (2 x 99 kW solar PV system).

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.

Location: VIC

Project Owner: Victoria University

Industry Sectors: Commercial

Norstar Steel Recyclers

ecologiq was engaged by the client to support their business with energy saving options. First phase of our engagement was to audit all Victorian site and provide a detailed report and budgeting.

The engineering solutions to meet client net zero target was a combination of ground mount PV, roof top PV, solar carpark and BIPV across four sites. The project included a feasibility of 3.2MW system including of detailed design, grid application and generator deed, tender creation, project supervision and management.

Location: VIC

Client: Norstar Steel Recyclers

Industry Sectors: Industrial

Norstar Recycling

ecologiq was engaged by the client to support their business with energy saving options for a 65kW solar PV system.

The turnkey scope to be delivered by ecologiq include detailed site inspections, PV and electrical design, technical documentation creation, structural assessment, grid connections and project supervision and management.

Location: VIC

Client: Norstar

Industry Sectors: Industrial

Infrabuild

ecologiq was engaged by the project owner to support with most feasible solar PV system (250 kW solar PV system) to compensate their energy consumption by approximately 35%. This assessment was based on various questionnaires carried with the project owner to understand the structure of this under construction site.

The turnkey scope to be delivered by ecologiq include detailed site inspections, PV and electrical design, technical documentation creation, structural assessment, grid connections and project supervision and management.

Location: VIC

Project Owner: Hansen Yuncken

Industry Sectors: Commercial

Wheatsheaf Community Hub

ecologiq was engaged by client to support for structural and detailed electrical design for a new upcoming community hub under the Moreland city council (250 kW solar PV system) , the scope included AC and DC design, protection schematics, grid application and generator deed.

ecologiq engineering team was also requested to upgrade the system design to be battery ready with an addition of 6 x Tesla Powerwall 2 batteries to support the emergency lighting and refrigeration units for the site.

Location: VIC

Project Owner: Moreland City Council

Industry Sectors: Commercial

Victoria University St. Albans campus

ecologiq was engaged by the client to support with detailed feasibility assessments including structural engineering analysis on Victoria university St. Albans campus across 5 buildings x 99 kW systems.

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.

Location: VIC

Project Owner: Victoria University

Industry Sectors: Commercial

Yatch Club

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 above service was part of ecologiq CSS package which is specifically designed for solar retailers and installers to expedite project deliveries. For more details on CSS package please contact our engineering team.

Location: VIC

Project Owner: Brighton Yacht Club

Industry Sectors: Commercial