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Food
Future covering up to 20 percent of LED lighting investments— puts British producers at a competitive disadvantage. This is where collaboration becomes essential.
Innovation in practice— without relying on outliers
There are pioneers out there who have shown what the future could look like when engineering expertise and agriculture intersect. This amalgamation of entrepreneurial spirit and tech focused mindsets has resulted in the creation of large integrated farms that combine renewable power generation, heat recovery and CEA methods to produce consistent, high quality crops year round. One notable example is Dyson Farming, which powers its 26 acre Lincolnshire glasshouse using renewable electricity and surplus heat from anaerobic digestion, reducing reliance on imported winter strawberries that often travel thousands of miles.
These projects offer a glimpse of the possible, closed loop energy systems, data driven growing, robotics, and climate controlled precision. But they also highlight a key limitation: these models depend on substantial capital, specialist skills and integrated energy assets that are not available to the majority of UK growers.
To make high tech British farming widely accessible, the UK cannot rely on exceptional innovators. Instead, it must build systems that allow ordinary growers to succeed using extraordinary tools.
Affordability: the critical test
High tech farming is only valuable if the food it produces remains accessible. Here, the UK faces a critical challenge. Early high tech products command premium prices; for example, some advanced greenhouse grown British strawberries currently retail in the premium ranges of major supermarkets at approximately £ 15.60 per kilogram, compared
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