The ATA and its East Timor Solar Project-Myassignmenthelp.Com

Question: Discuss about the the Various Management Plans Kate Greenwood and her ATA fellow members will take to complete the project and the issues she faces during execution of the Management Plans. Answer: Introduction The primary objective of Village lighting Scheme (VLS) is to provide cost-effective, eco-friendly, viable solar powered lighting and electricity arrangement to East Timer villagers to raise their social and economic prosperity and increase productive activities (Gonalves, Ferreira Christiaans, 2017). The VLS consists of community engagement, local training, technology and maintenance fund. This report will highlight the detailed analysis of the project, the various management plans Kate Greenwood and her ATA fellow members will take to complete the project and the issues she faces during execution of the management plans. Project Description of the East Timor Solar Project The ATA, an Australian Non-Government and Not-for-profit Organisation starts the East Timor (ET) Solar Project and via this Solar Project the use of smoke and kerosene can be diminished. Household members including children will experience fewer health related issues due to limited usage of kerosene. The school children can be largely benefitted as they can now study at night. The household members including children and women can feel more secure due to advanced lighting at night and the augmented phone connectivity at the time of emergency (Liang Ku, 2014). The VLS project will definitely reduce the household expenses and thus the village dwellers can now spend their excess money for their livelihood. Project Management Plan in context of East Timor Solar Project Project execution plan in context of East Timor Solar project Local training to the technicians of the village: At first, the two technicians will be chosen from the village who are skilled in electronics and have the capability to install, monitor and repair solar systems. They will be trained by CNEFP. The CNEFP is the training partner of the ATA, they are a team of six members who will teach the technicians to install, maintain and repair solar power system (Liang Ku, 2014). The technicians will be paid by the village committee from the fund. ATA provides the materials for the technicians. Installing and maintenance cost: The villagers will have to pay AUD 10 for installing the solar system in their own house. They will also have to pay additional AUD 2 for the maintenance. The maintenance involves the purchase of spare parts and repair of the components of the installed solar system. ATA has a team of technicians who install the solar system, solves basic problems related to the installation of the solar system (Green et al., 2015). However, ATA also takes help from a CNEFP team who is capable of repairing and solving critical problems related to the solar system. If any household refuses to pay for the system, the committee has the power to remove the system. The whole fund is maintained by the village community. Have to complete the project within two consecutive dry seasons: The ATA team will have to install the system in two dry seasons and they have to exclude the wet season in between (Rosenberg, 2017). Therefore, they will have to make proper strategy and plan to complete the project within those two seasons. The project is assigned to be completed by Google Impact within two years: The Google Impact has granted $250,000 for funding the project, they have taken the initiative to introduce the Village lighting Scheme. They have taken the approach to training thirty village-based technicians. The execution of the plan sequentially: The ATA has planned to deliver their services to 12 villages and 3 districts and in sequence (Gusmedi Komalasari, 2014). They have planned to divide the village according to the geographic area and in this way, they will execute the plan. Making the whole project cost-effective: The ATA has planned to hire more and more materials and implement them, that will reduce the cost of the materials and at the same time the dwellers will the get the benefit of VLS (Rosenberg, 2017). Again, they will have to make sure, that transfer of materials must be made via one-time visit. Therefore, the ATA team will judge the local condition and geographic area well. The issues faced by the ATA team during execution of the plan Lack of community support: The language barrier is the matter of concern for the ATA. They have to develop a community for the successful implementation of the solar system (Sully, 2015). The local community of East Timor is not aware of the advantages of the solar system that can bring good in their life. Secondly, because of the language and culture barrier, they are not willing to adopt this new technology (Guruswamy et al., 2016). Kate and her fellow members will have to make them understand the usefulness of the project. The challenge to produce quality technicians: After making them understand the usefulness of the VLS project, the ATA team will have to develop a community out of those villagers and have to search for extremely talented and experienced one who can adopt the required technical knowledge from the CNEFP team (Hlsen, Koch Huth, 2016). Then Kate and her fellow members will have to conduct monthly meetings with the technicians to discuss the installation, monitoring and modification of the solar project. Conclusion It can be concluded from the above discourse that Kate Greenwood and her fellow ATA members have done a significant job in enlightening the lives of the East Timor villagers. The villagers can now get the electricity service whole day and night, for this reason, the villagers can increase the productive activities, the electricity enables the children to study at night, even it helps the local villagers to feel safe and secure at their home at night. Google Impact has decided the funding for the whole project. The villagers can enjoy the VLS service by only paying AUD 10 and AUD 2 per month for the maintenance. The ATA team has been planning to deliver the service more effectively. They are advancing day by day and it is hoped that they will come up with some innovative management plan in mere future. Recommendation Lighting up the latrine: The ATA team can take the initiative to lighten up the latrine. Implementation of VLS in local schools: To improve the literacy rate in Timor they can plan to provide the facility of VLS to local schools and assist the literacy support programs. Use of energy for the livelihoods improvement: The ATA team and the village dwellers can use the energy resources effectively to improve their livelihoods. References Gonalves, E., Ferreira, A. M., Christiaans, H. 2017, July. User-Oriented Method as a Way to Humanise the User-Energy Relationship in Public Lighting. InInternational Conference on Applied Human Factors and Ergonomics(pp. 106-118). Springer, Cham. Green, J., Perkins, C., Steinbach, R., Edwards, P. 2015. Reduced street lighting at night and health: a rapid appraisal of public views in England and Wales.Health place,34, 171-180. Guruswamy, L., Huang, A. M., Haque, M., Tshering, U. 2016. SUSTAINABLE DEVELOPMENT AND SUSTAINABLE ENERGY DEVELOPMENT AND DISSEMINATION OF CLEAN LIGHTING: Model Law on Lighting for Developing Countries.Denv. J. Int'l L. Pol'y,44, 337-429. Gusmedi, H., Komalasari, E. 2014, December. Feasibility and optimal design of micro-hydro and photovoltaic hybrid system in support to energy independent village. InPower Engineering and Renewable Energy (ICPERE), 2014 International Conference on(pp. 136-139). IEEE. Hlsen, A. V., Koch, S., Huth, T. 2016. Village Power scaling rural electrification in Uganda.Field Actions Science Reports. The journal of field actions, (Special Issue 15), 104-113. Liang, J., Ku, N. C. 2014. LED Roadway Lighting Control Scheme Based on TALQ Protocol. InAdvanced Materials Research(Vol. 1044, pp. 1541-1544). Trans Tech Publications. Rosenberg, M. 2017.Energy embeddedness: how social relationships influence energy usage(Doctoral dissertation, University of Pittsburgh). Sully, A. 2015. Lighting Concept. InInterior Design: Conceptual Basis(pp. 185-223). Springer International Publishing.