Lampu penerangan jalan tenaga matahari berbasis LED jenis hi-power yang sangat terang, hemat energi dan tahan lama menggunakan panel surya/solar cell sebagai sumber yang berfungsi menerima sinar matahari yang kemudian diubah menjadi listrik melalui proses photovoltaic. Tulisan ini membahas tentang perencanaan penerangan jalan umum berbasis tenaga surya yang akan di tempatkan di kampus UBT. Untuk perencanaannya memerlukan komponen panel surya yang di antaranya adalah Panel Surya, Modul Surya, Baterai, Baterai Charger, Controller, Inverter, Lampu LED Dan UV LIGHT METER. Penelitian ini mengenai kajian pembangunan PLTS sebagai cadangan daya listrik di daerah Kampus universitas Borneo Tarakan. Hasil yang di peroleh dalam perencanaan Penerangan jalan umum yaitu pengukuran cahaya matahari selama satu minggu. nilai rata-rata pengukuran terbesar sekitar 722 W/_ _ dan pengukuran terkecil adalah 678 W/_ .dan menggunakan komponen perangkat pendukung yaitu Modul 200 Wp sebanyak 75 panel surya , beban lampu led sebesar 40 Watt dengan total 103 lampu memiliki total beban led 4.120 Watt , Baterai 100 Ah sebanyak 108 unit dan Regulator baterai sebesar 223,17 A serta inverter yang di gunakan yaitu 7.000 W.

Street lighting based on LED solar power hi-power type which is very bright, energy saving and durable use of solar panels / solar cell as a function source of sunlight which is changed into electricity through the photovoltaic process. This study discusses the planning of lighting public street base on solar power which will be placed on UBT. This planning requires of solar panel components that include solar panels, solar module, battery, battery charger, controller, inverter, LED lamp and UV LIGHT METER. This study is about PLTS construction as a reserve of electrical power at PJU in the campus area of the University of Borneo Tarakan. The results obtained in the planning of solar panels is the measurement of sunlight for one week. The value average measurement value around 722 W/_ and the smallest measurement is 678 W/_ _ and use the supporting device components of the module 200 Wp in the amount of 75 solar panels, LED lamp loads of 40 Watt with a total 103 lights having a total LCD load 4.120 Watt, 100 Ah battery as much as 108 units and a battery regulator of 223,17 A and inverter used 7.000 W.