Trina Solar has partnered with renewable energy developer Lodestone to launch an agrivoltaic project in New Zealand. Construction began in December 2023, with first power generation achieved in December 2024. It is New Zealand's first solar project directly connected to the grid.

The plant has a capacity of 42MWp, installed with over 71,000 photovoltaic modules, and is expected to generate 69GWh annually once fully operational, supplying nearly 10,000 households. The project combines agriculture with solar generation, enabling energy and agriculture to go hand in hand.

For New Zealand's SME owners, this news signals a potential long-term reduction in energy costs and new opportunities at the intersection of agriculture and energy. From an energy perspective, this project is New Zealand's first grid-connected solar plant, marking accelerated development of renewable energy infrastructure. As more such projects come online, wholesale electricity prices are likely to fall, lowering operating costs for SMEs.

From an agricultural viewpoint, the agrivoltaic model offers farmers a dual-use option for land: installing solar panels above pasture or crops can generate additional revenue while providing shade that reduces evaporation. However, upfront investment is significant and grid connection policies are still evolving. Overall, the rollout of renewable projects will reshape business electricity consumption, while the combination of agriculture and solar opens extra income streams for SMEs with land resources.

Looking ahead, this model may be replicated in New Zealand's farming regions; businesses should monitor changes in technology costs and subsidy policies.

Keywords: Trina Solar, Lodestone, New Zealand, agrivoltaics, solar power, 42MWp, 69GWh, first grid connection

天合光能与可再生能源开发商Lodestone合作，在新西兰启动农光互补项目。该项目于2023年12月开工，2024年12月实现首次发电，是新西兰首个直接接入电网的太阳能项目。电站装机容量42MWp，安装71,000+块光伏组件，全面运营后年发电量69GWh，可为近10,000户家庭供电。

项目结合农业与光伏发电，实现能源与农业并驾齐驱。

这条新闻对新西兰中小企业主意味着能源成本可能长期下降，并带来农业与能源结合的新机遇。从能源视角看，该项目是新西兰首个直接接入电网的太阳能电站，标志着可再生能源基础设施加速发展。随着更多类似项目投运，电力批发价格有望走低，降低中小企业的运营成本。

从农业视角看，农光互补模式为农场主提供了土地双向利用的可能性：在牧场或作物上方安装光伏板，既可发电增收，又能为作物遮阴减少蒸发。但需注意初期投资较大，且并网政策尚在完善。整体而言，新能源项目的推进将重塑企业用电结构，农业与光伏的结合则为有土地资源的中小企业开辟了额外收入来源。

展望未来，此类模式可能在新西兰农业区推广，企业应关注相关技术成本变化和补贴政策。

关键词: 天合光能, Lodestone, 新西兰, 农光互补, 太阳能发电, 42MWp, 69GWh, 首次并网

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