Demonstrating how productive land can be optimised to grow high-value horticulture crops while generating solar energy on a commercial scale.

Lincoln University proposes to construct an agrivoltaic energy farm, comprising photovoltaic solar panels and a range of horticultural and agricultural land uses on a tract of land nearby the University. The proposal also includes the establishment of a stormwater basin area. The project will showcase the multi-use site and demonstrate the potential for integrated renewable energy and agricultural land-use to advance a sustainable future.

Boffa Miskell provided landscape planning and landscape design expertise to prepare a landscape effects assessment, a glint and glare assessment and worked with Lincoln University to curate a palette of appropriate species to be planted around the proposed solar panels and within the wetland area. 

Location

Canterbury

Worked with

Solar Bay

Project date

2023 - 2024

A distinctive feature of the Energy Farm will be its ability to host a comprehensive range of experiments and crop trials to contribute to the development of leading-edge practices that can be replicated and rolled out across New Zealand and the world. The increase in biodiversity will also be a subject of research, with extensive native planting around and within the site for crop wind protection, on-site water management and improved aesthetics.

Key strategic goals of the project include:

• Developing new knowledge and skills in sustainable energy-agriculture land-use through research and educational excellence.

• Contributing to the sustainability goals of the University and increased on-farm biodiversity and water quality.

• Providing reciprocal learning opportunities for tangata whenua, industry partners and the wider community.

The Energy Farm will play a critical role in achieving Lincoln University’s sustainability goals, which include decommissioning its coal boiler by 2025, the campus becoming carbon-neutral by 2030, and carbon zero by 2050.

Boffa Miskell has a long-standing relationship with Lincoln University. This project, which focussed on optimising commercial-scale solar energy coupled with horticultural crops to contribute to biodiversity and a more sustainable energy-focussed outcome, aligns well with our shared ethics.

We worked closely with Lincoln University to understand the proposal and consider appropriate mitigation measures. Our landscape planners, landscape designers and GIS/ Forge Solar experts contributed specialist expertise to help develop a project that will be an exemplar of sustainable practices and a showpiece for transformative land use.