Green open spaces are really needed by residents in an area, the goal is for the public interest which is facilitated by various facilities that should be in a green open space plan. The LubukPakam City Triangle Field provides public facilities that have functions in ecological, socio-cultural, recreational and economic aspects. Every green open space formed aims to be used by the community for certain purposes. Therefore, green open spaces must be properly planned and appropriate in accordance with the Law governing Green Open Spaces. so that the planned and built Green Open Spaces are not just public facilities that are used by the community but can be recognized as Green Open Spaces because their eligibility is adjusted to the law regarding official Green Open Spaces.The nearby study analyses the solid waste management in Tamil Nadu. Solid waste comprised all the wastes arising from human and animal activities that are normally solid and that are discarded useless or unwanted. The increasing difficulty in managing wastes in different states in Tamil Nadu. On the basis of the results, it was recommended to increase public awareness through enlightenment campaign against danger of indiscriminate dumping of wastes as they affect human health.
The tool used to convert sunlight into electrical energy and increase the temperature of solar cells is called a Solar Panel.To convert solar energy into electrical energy, photovoltaic modules are needed. One aspect that effects is the intensity of light. One of the influential aspects of the conversion is the light intensity. The intensity of this light is directly proportional to the value of electrical energy. The greater the light intensity, the greater the energy value produced by the panel and vice versamore light intensity, the more electrical energy the solar panel gets and vice versa. The solar panel will be optimal when exposed to direct sunlight. Optimization of electricity value using flat mirrors as reflector expected directly more sunlight radiation falling on to the surface of the photovoltaic panel flat mirror aims to focus light on the photovoltaic panel. The greather the light received by the flat mirror glass, the higher the output power by the output power obtained by the photovoltaic panel. The calculation of the voltage and current of the solar panels is carried out using a digital is multimeter. The result of the study, the increase in the output power of the solar panel is affected by the suns temperature which has an impact on the performance of thephotofoltaic panel where the difference in the output, photovoltaic panel without using a reflector is 2.31.
Pertambahan penduduk, pertumbuhan ekonomi dan pola konsumsi energi listrik di dunia, khususnya di Indonesia mengalami peningkatan. Energi listrik yang digunakan selama ini di berbagai tempat khususnya pada rumah tinggal masih bergantung pada energi fosil dimana energi fosil ini semakin berkurang ketersediaannya di dunia. Energi terbarukan merupakan solusi untuk membantu ketersediaan energi fosil yang semakin berkurang melalui pengembangan teknologi sistem pembangkit listrik hybrid dalam kegiatan aktivitas pemakaian energi listrik, khususnya untuk rumah tinggal. Energi matahari merupakan energi terbarukan yang dapat dijadikan Pembangkit Listrik Tenaga Surya, yakni dengan memakai photovoltaic. Penggunaan photovoltaic ini dapat digunakan untuk pengembangan teknologi sistem pembangkit listrik hybrid untuk rumah tinggal. Pembangkit Listrik Hybrid ataupun Sistem hybrid merupakan salah satu cara yang digunakan sebagai satu cara lain pada sistem pembangkit yang diterapkan pada rumah tinggal dan dikombinasikan dengan photovoltaic. Metode yang digunakan dalam penelitian ini adalah dengan metode field research dengan melakukan penelitian lapangan untuk mengumpulkan data-data berupa pengukuran langsung terhadap daya output dari photovoltaic yang diaplikasikan pada rumah tinggal. Hasil dari peneltian ini menjadikan photovoltaic sebagai sistem pembangkit listrik hybrid dengan bekerja optimal pada saat pemakaian energi khususnya dalam pemadaman listrik dan posisi letak rumah tinggal sangat mendapatkan cahaya matahari sehingga mendukung sistem hybrid ini bekerja optimal.
Energy listrik sangat penting peranannya dengan perkembangan teknologi modern disemua sector. Tujuan dari penelitian ini adalah merancang system kelistrikan PLTS dalam memenuhi kebutuan listrik rumah tangga dalam kurun waktu 1 hari. Dalam penelitian dihitung panel surya yang digunakan adalah 20 lembar panel surya Monocrystalline 200 Wp, 8 unit baterai Solana SOF 12-200. 200 Ah dengan 2 rangkaian seri dan 4 paralel, SCC MPPT PowMr dengan kapasitas arus 60 A, Inverter PSW tegangan 24 V dengan daya 2000W. Apabila setiap komponen terpasang telah memenuhi spesifikasi, maka system PLTS ini akan mampu melayani 1 rumah dengan daya beban 21.12 Kw selama 1 hari atau 10,56 Kw selama 2 hari
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