Impacts of Dual-Use Solar on Crop Productivity and the Agricultural Economy in Massachusetts and Beyond is a project supported by the U.S. Department of Energy's Office of Energy Efficiency and Renewable Energy (EERE) under the Solar Energy Technologies Office Award Number DE-EE0009374.
Description of Site Trials
- Grafton Vegetables: Research on this site includes agrivoltaic impacts on soil, microclimate, and agricultural yields for both butternut squash and lettuce crops.
- Grafton Grazing: Research on this site includes agrivoltaic impacts on soil, microclimate, and agricultural yields for pasture.
- Monson Hay: Research on this site includes agrivoltaic impacts on soil, microclimate, and agricultural yields for hay production.
- Cranberry: Experiments on three cranberry sites anticipated in 2023 include two cranberry varieties - "Stevens" and "Howes" - over four shading regimes.
- Hadley (tentative)
- North Dighton (tentative)
More information about the solar projects and agricultural activities can be found in the following table:
|
Business and Farm |
Dual-Use Technology |
Anticipated Construction Completion
|
Site Status |
Links to Site Photos for Completed Arrays
|
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|---|---|---|---|---|---|---|---|---|
|
Solar Developer |
Property Owner |
Project Location (MA Town) |
Commodity(ies) |
PV Capacity for Full Array |
PV Technologies Used |
Site Trial Activity |
||
|
AES (project owner), BlueWave Solar (project developer), official project entity name is "BWC Lake Ripple, LLC" |
Knowlton Farms Nominee Trust (Paul Knowlton, Kimberly Scofield and Patricia Knowlton Trustees) |
Grafton |
Winter squash, lettuce |
0.33 MW DC |
Fixed-Tilt (SE facing) + Bi-Facial Panels |
Mechanically complete 2021 |
Preliminary site monitoring Agricultural Year 2022; full site trial monitoring anticipated AY 2023. |
|
|
Grazing |
2.8 MW DC |
Fixed-Tilt (SE facing) + Bi-Facial Panels |
Mechanically complete 2021 |
Preliminary site monitoring Agricultural Year 2022; full site trial monitoring anticipated AY 2023. |
||||
|
BlueWave Solar. Project entity name is "BWC Greene Brook, LLC" |
JEC Nominee Trust, James E. Cabral, Trustee (farming operation called Cabral Farms, Inc.) |
Dighton |
Squash |
3.9 MW DC |
Single-Axis Tracker + Bi- Facial |
Spring 2023 |
TBD |
|
|
PineGate Renewables |
Solar Carver 1, LLC (formerly Weston & Wainio) |
Carver |
Cranberry |
10 MW DC |
Single-Axis Tracker; Battery Storage |
Summer/Fall 2023 |
TBD |
|
|
PineGate Renewables |
Solar Carver 3, LLC (formerly Perry, Shores, Wainio) |
Carver |
Cranberry |
3.5 MW DC |
Single-Axis Tracker; Battery Storage |
Summer/Fall 2023 |
TBD |
|
|
Greenbacker (project owner), NextSun Energy (project developer), project under the name of "Ring Road Solar, |
Dunham, Correira (potential project sale to Greenbacker Capital) |
Plympton |
Cranberry |
6.2 MW DC |
Single-Axis Tracker; Battery Storage |
Summer/Fall 2023 |
TBD |
|
|
Sun Bug |
Reddy Fox Farm |
Monson |
Hay |
250 kW |
Fized Tilt |
completed 2020 |
Preliminary site monitoring Agricultural Year 2022; full site trial monitoring anticipated AY 2023. |
|
|
Hyperion Systems |
Czajkowski |
Hadley |
Vegetables |
388 kW DC |
Fixed Tilt, Post Driven Mounting |
Spring 2023 |
TBD |
|
Impacts of Dual-Use Solar on Crop Productivity and the Agricultural Economy in Massachusetts and Beyond is a project supported by the U.S. Department of Energy's Office of Energy Efficiency and Renewable Energy (EERE) under the Solar Energy Technologies Office Award Number DE-EE0009374.
Agronomic Site Trial Research Activities and Outcomes
The following are working documents and will be prepared for public distribution in the future. Some related materials and presentations are available on the Project Advisory Committee web page.
- Experimental Design for Three Solar Arrays: Agronomic Production Assessment: This document outlines the experimental design and research protocols to study the effect of three solar arrays on agricultural production. Crops studied include butternut squash, lettuce, hay, and rotational grazing. Parameters include photosynthetically active radiation (PAR), ambient and soil temperature, humidity, leaf wetness, rainfall, and soil moisture.
- Soil Sampling Design & Protocols: This paper outlines the experimental design and protocol for studying soil health, including effects of the intial construction of the solar arrays as well as the impacts of the arrays over time. The sites studied include a haying operation in Monson, MA; vegetables (butternut squash and lettuce) and grazing in Grafton, MA; and additional sites in development. Data collected includes volumetric soil water content and temperature, soil moisture, compaction, and bulk density.
- Sampling Protocol: Cranberry v.1: This paper outlines the protocol for researching the effect of different shading treatments as determined by inter-row solar panel spacing on cranberry production.
Information Sheet: Design and Construction of Removable Microclimate Sensor Mounts for Farm Research Sites
Economic Impact Research
The following are working documents and will be prepared for public distribution in the future. Some related materials and presentations are available on the Project Advisory Committee page.
Agrivoltaic On-Site Cost Tracking Tool: This Excel workbook tool is designed to help future researchers and farm operations track costs and revenues from different configurations of agrivoltaic installations.
Agricultural Activities Log Book: This Excel workbook provides researchers a tool to engage with farmers to track the changes in costs associated with activities related to farming under agrivoltaics.