Biomass energy sources have several advantages, such as being used as a renewable energy source so that the energy source from biomass can provide a sustainable energy source. One of the first steps to determine the potential of energy resources that can be developed into renewable energy sources is by collecting data. The data collection carried out in this study focuses more on the biomass found in Balikpapan. The biomass potential in Balikpapan needs to be known by collecting and classifying the biomass data based on products from agriculture and plantations. The data that has been collected from secondary data and from surveys are then mapped to see the greatest biomass potential found in Balikpapan. The largest percentage of crop yields per year is found in North Balikpapan Subdistrict, which is 31% compared to five other sub-districts. The potential of biomass from Balikpapan City's natural resources, which the greatest amount of harvest, is the cassava food plant in North Balikpapan sub-district of 7,259 tons / year. In the type of fruit, snakefruit (salak) has the highest number of yields per year, which is about32,945 tons / year. The potential for waste from food plants, cassava waste originating from tree trunks, is 5,807.2 tons / year, and cassava skin is 1,088.8 tons / year

No abstract

Lingkungan Jalan Giri Mulyo RT. 25 Km. 14 adalah kawasan pemukiman yang berada di sekitar kampus Institut Teknologi Kalimantan (ITK) di Kelurahan Karang Joang, Kota Balikpapan. Walaupun di sepanjang jalan lingkungan tersebut telah terinstalasi teknologi penerangan jalan umum tenaga surya (PJUTS), namun enam unit PJUTS yang terinstalasi dalam kondisi rusak dan tidak mampu beroperasi sehingga mengurangi keamanan pada malam hari. Dalam rangka mengatasi masalah tersebut, tim dari Teknik Elektro ITK melakukan pengabdian kepada masyarakat (PKM) dalam bentuk perbaikan dan instalasi PJUTS bersama warga sekitar. Kegiatan dilaksanakan dengan survei, penurunan PJUTS yang rusak, perbaikan dan penggantian komponen sistem PJUTS, dan instalasi ulang PJUTS. Hasil utama dari kegiatan ini adalah terinstalasinya sebuah sampel PJUTS yang sudah diperbaiki. Selain itu, kegiatan praktik perbaikan dan instalasi PJUTS secara kolaboratif oleh mahasiswa bersama warga memberi edukasi mengenai sistem, komponen, aspek perawatan, dan pemanfaatan energi baru terbarukan (EBT) pada PJUTS. Dengan demikian, kegiatan ini diharapkan memberi dampak kepedulian dan kemampuan masyarakat dalam memperbaiki dan merawat infrastruktur fasilitas umum, khususnya PJUTS di sekitar pemukiman

No abstract

No abstract