A Chinese-Qatari study group has assessed the potential of integrating PV energy technology with hydroponic farms (SAHFs), which are a form of horticultural crops that do not use soil and use mineral nutrient solutions in an aqueous solvent, ordinarily in greenhouses or shut spaces. “Hydroponic methods offer drinking water-efficient food items generation but they are not an vitality-economical resolution,” the scientists spelled out. “This is because they involve electrical power for heating and cooling, air flow, irrigation, LED lights, and other horticultural techniques to keep the hydroponic farm operations in managed environments.”
The researchers investigated, in distinct, how a multi-interval, energy-intensive hydroponic crop output technique may be coupled to a PV procedure beneath distinct incentive guidelines these kinds of as feed-in tariff (In good shape) plans, rebate schemes, internet metering and bettering energy tariff (IET) mechanisms, which consist of simply raising energy selling prices for buyers or lowering existing subsidies to the electrical energy price.
Their strategy regarded numerous things impacting PV technique effectiveness, which include environmental variables, the sort of solar array, and the electricity desire from the SAHF. A collection of experiments have been performed assuming SAHF operations in Qatar. This framework should offer SAHF builders with ample information to verify if a PV method must be installed and which kind of photo voltaic modules really should be employed, as effectively as for identifying optimum sizing and capability.
Study the full short article at www.pv-journal-australia.com.
The proposed model was described in the paper “Decisions on design and organizing of photo voltaic-assisted hydroponic farms underneath different subsidy techniques,” released in Renewable and Sustainable Electrical power Reviews.