Why is it necessary to calculate the luminance uniformity of wet road surfaces? Recently, someone asked me why there are two values of Uo in the road lighting requirements given by the client. Indeed, why are there two Uo values? The road lighting standard we are most familiar with is
This guide includes key elements such as technical details, application cases, and product variants. 1. Solar Security Tower System Architecture Energy Module: Uses monocrystalline silicon solar panels (efficiency 21.7%-23.8%). The C600 series is equipped with a 3×420W photovoltaic array, while the S800 series upgrades to an 18×740W array. Energy Storage
The solar lighting tower, as a new generation of off-grid lighting solutions, is becoming the ideal choice for construction sites, emergency rescue, and other scenarios due to its high energy efficiency and zero emissions. Below, we analyze this innovative product from three aspects: core advantages, product matrix, and application scenarios.
Pedoman Desain Lampu Jalan Tenaga Surya di Pelabuhan dan Terminal Berdasarkan standar pencahayaan internasional (CIE, IESNA) dan karakteristik teknologi tenaga surya, panduan ini mencakup unsur-unsur inti seperti kecerahan, efisiensi cahaya, suhu warna, ketinggian, dan desain sistem. 1. Desain Kecerahan (Lux) dan Keseragaman 1.1 Klasifikasi Tingkat Penerangan Saluran Utama dan
Pedoman berikut ini disusun berdasarkan standar pencahayaan internasional (seperti CIE, ANSI/IES, dll.) dan peraturan dalam negeri yang relevan. Pedoman ini mencakup unsur-unsur inti seperti kecerahan, efisiensi cahaya, keseragaman, pengendalian warna, desain struktural, dan optimalisasi sistem: I. Lampu Jalan Tenaga Surya untuk Komunitas dan Perumahan: Standar Iluminasi untuk Desain Kecerahan dan Efisiensi Cahaya
1. Standar Pemilihan Kecerahan Penerangan Bandara Tenaga Surya 1. Persyaratan Penerangan (Lux) Jenis Area Standar Internasional Kisaran Intensitas Cahaya Keseragaman (Uo) Ruang Keberangkatan/Kedatangan 150–300 lx ≥0,4 Jalur Taksi 50–100 lx ≥0,6 Tepi Landasan Pacu 20–50 lx ≥0,7 Area Tangga/Anak Tangga 200–300 lx ≥0,5 Area Penyortiran Bagasi 300–500 lx ≥0,6 Dasar: FAA AC 150/5345-7E dan CIE
Berikut ini adalah “Panduan Desain Penerangan Tenaga Surya Jalan Perkotaan” yang didasarkan pada Standar Penerangan Internasional (CIE/CJJ): 1. Desain Kecerahan dan Efisiensi Cahaya Standar Iluminansi (Lux) Jalan Tol/Jalan Utama: Pertahankan iluminansi rata-rata sebesar 25-30 lux (perkerasan aspal), kurangi sebesar 20%-30% untuk perkerasan semen; nilai awal perlu ditingkatkan sebesar
Understanding the Color Rendering Index (CRI) in Solar Street Lights The Color Rendering Index (CRI) is a crucial parameter for evaluating the color rendering performance of solar street light sources. The higher the CRI, the better the color reproduction, and the visual effect is closer to natural light. This article analyzes
Driven by the global energy structure transformation and the “dual-carbon” goals, industrial energy storage technology is evolving from a simple energy storage tool to a core node in the smart manufacturing system. The accompanying fully Automated Solar Panel Cleaning Systems, with its intelligent operation and maintenance capabilities, is becoming a
