Technical Sustainability Clause Samples
The Technical Sustainability clause sets requirements for ensuring that a product, service, or system is designed and maintained in a way that supports long-term operational viability and minimal negative environmental impact. This may involve specifying standards for energy efficiency, use of recyclable materials, or provisions for regular updates and maintenance to extend the useful life of technology. By establishing these expectations, the clause helps organizations reduce resource consumption, lower costs over time, and demonstrate a commitment to responsible, future-proof practices.
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Technical Sustainability. Technical sustainability is also essential to the success of a national solar energy program. Two issues are of particular importance: guaranteeing the quality of the material, and ensuring the good operation and maintenance of the systems.
Technical Sustainability. (i) Modernization10 of existing irrigation systems to improve their performance in delivery of irrigation supplies. This will include upgrading channels with selective lining and flow management systems; and
(ii) Implementation of asset management and strengthening programs for better operation and maintenance of irrigation infrastructure leading to efficient service delivery.
Technical Sustainability. A lot of times projects in ICT4D fail after the project period has ended. This could be due to multiple reasons. A well set up business plan is just one part of the inten- tions to keep the ICT4D service alive. It is also important in ICT4D to build on other people’s works and sharing knowledge could be very beneficial to this field too as it is also mentioned in the paper of ▇▇ and colleagues [4]. Therefore, BannaTree is set up as an open source which can be found on GitHub. For the BannaTree system we made use of standardized frameworks like Django with Python and Heroku to set up the BannaTree web application. As for the time scope of this project, there was only a few weeks to collect all the requirements and develop a system that could be useful. However, this does not imply that the BannaTree application cannot be improved and new functionalities can be added. Hence, the fact that BannaTree is open source is crucial as we want this project to be able to go on if there is still interest for it. Therefore, standardized frameworks have advantages. Thus, for the technical side of the BannaTree service, it is definitely sustainable.