Implementation of Solar-Powered Submersible Pump Technology (PSTSP) to Increase Rainfed Rice Field Production

Hariyanto Hariyanto, Muhamad Rusdi, J. Jayadi
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引用次数: 0

Abstract

Waninggap Miraf is one of the villages with its main source of income being rice cultivation. Rainfed rice fields are managed by relying on rainwater stored in reservoirs, requiring Alkon pumps to control and supply water. However, operational costs for irrigating the fields have increased due to using oil-based fuels in the Alkon pumps. The implementation of Portable Solar-Powered Submersible Pump Technology (PSTSP) is expected to solve the challenges farmers face. The method utilized is harnessing solar energy as an alternative to oil-based fuels. The dissemination of this technology aims to optimize operational costs and enhance farmers' knowledge of utilizing renewable energy in agriculture. The implementation of this community-driven project involves the participation of the local community in the process of socialization, planning, design, training, and technology application. Based on trial results, this project has successfully increased farmers' knowledge and reduced operational costs by sustaining for up to 4 hours, supplying approximately 12,000 liters of water per hour.
实施太阳能潜水泵技术(PSTSP)以增加雨养稻田的产量
万宁盖米拉夫村是其中一个以种植水稻为主要收入来源的村庄。雨养稻田依靠水库储存的雨水来管理,需要Alkon水泵来控制和供水。然而,由于在Alkon泵中使用油基燃料,灌溉油田的运营成本增加了。便携式太阳能潜水泵技术(PSTSP)的实施有望解决农民面临的挑战。使用的方法是利用太阳能作为石油燃料的替代品。这项技术的推广旨在优化运营成本,提高农民在农业中利用可再生能源的知识。这个社区驱动项目的实施涉及到当地社区参与社会化、规划、设计、培训和技术应用的过程。根据试验结果,该项目成功地增加了农民的知识,降低了运营成本,维持了长达4小时,每小时供应约12,000升水。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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