Development of the Virtual Workgroups collaboration meta-project is under way. The framework will enable distributed teams to collaborate more effectively on R&D initiatives. Further details to be announced.
The greenhouse heating and Smart Intelligent Pipes project is now fully funded for 2023–24. This marks a significant milestone for the sustainable horticulture programme, enabling continued R&D into heat-capture irrigation technology.
Revised design of the automated plant growing system featuring a perlite channel and cascading nutrient irrigation system. Software update posted for GutterGrow MicroPython control system.
New data published from the Smart Intelligent Pipes (SIP) heat-capture project. Results confirm effective capture of solar and ambient heat differentials into horticultural water systems under real-world conditions.
Ongoing investigation into investment opportunities in seaweed and algae cultivation, with a focus on freshwater alternatives. Exploring the potential for sustainable, scalable biological systems in UK horticulture.
The Mobile Solar unit has been upgraded with a LiFePO4 battery — chosen for its superior cycle life, thermal stability, and energy density — and the solar panel upgraded to 100W capacity for improved off-grid performance.