SUNFOREST ペロブスカイト太陽電池の競争力 一、理論変換効率の高さ ペロブスカイト単接合：38% ペロブスカイトタンデム（2接合）：45% ペロブスカイトタンデム（3接合）：50% 二、ワット単価の低さ（結晶シリコンの約1/2） 原材料コストが低い ペロブスカイト：人工合成可能、欠陥許容度が高く低コスト 結晶シリコン：高純度要求、価格が高く変動も大きい 製造工程が短く、省エネルギー ペロブスカイト：150℃以下、低エネルギー、カーボンフットプリント小 結晶シリコン：工程が長く、1700℃必要、高エネルギー消費 設備投資が少ない ペロブスカイトGW級ライン：約2億元 結晶シリコン生産ライン：9億元以上 三、多様な応用シーン 製品構造（逆型平面単接合ペロブスカイト） ガラス POE封止材 背面電極 電子輸送層 ペロブスカイト吸光層 正孔輸送層 FTO導電膜 ガラス 主要製造工程 封止 P4レーザースクリプション P3レーザースクリプション スパッタリング P2レーザースクリプション 蒸着-ALD スリットダイコーティング スリットダイコーティング P1レーザースクリプション FTOガラス 応用分野 民生電子機器 リモコン、電子棚札、玩具、モバイルバッテリー、スマホケース 低電力IoTアプリケーション スマートロック、センサー、監視カメラ 教育・文化・娯楽製品 ソーラーフラワー、風力・太陽光ハイブリッドシステム 四、実績と性能 主要プロジェクト事例 招商局創業壹号 全ペロブスカイト太陽光発電システム：634kWp 曁南大学科技園 屋上分散型及びBIPVプロジェクト：552kWp SUNFOREST ペロブスカイトモジュール（カーテンウォール）性能 カーテンウォール性能基準を満たす（耐風圧、気密、水密、断熱、遮音、耐衝撃、防火、防雷、防食、省エネルギー、経済性） 特殊装飾効果：色・模様・透過率が多彩、様々な建築様式に適合 省エネルギー効果：建築外郭材として太陽光を吸収、壁面・屋根温度を低減、空調負荷とエネルギー消費を削減 五、製品カテゴリーと市場見通し タンデムモジュール 系統連系し電力供給を担う太陽光発電所 予測規模：2025年0.3GW / 2030年25.0GW 軽量柔軟型モバイル電源 蓄電、制御、通信技術を統合した移動式分散電源システム 2025年需要予測：50万セット 建築物一体型太陽光（BIPV） 太陽光発電製品を建築部材として統合する技術 予測規模：2025年2.3GW / 2030年70.5GW 民生電子製品 環境光を収集し低電力IoT機器を駆動 2025年需要予測：60万枚 六、量産製品情報 SUNFOREST フレキシブル薄膜ペロブスカイト太陽電池パネルは量産化を達成し、本格販売中： 量産仕様： 10W フレキシブルモジュール（400×400×1.7mm） 215W フレキシブルモジュール（1600×1200×1.7mm） 市場動向： 9月開催の日本太陽光展以降、日本市場から高い関心を集め、神戸代理店を通じたサンプル注文が相次いでいます。 注文情報： 10Wモジュール最小発注数量：5枚 年間生産能力：100MW サンプルカスタマイズ及び大口注文に対応 SUNFOREST ペロブスカイトモジュールとその応用にご興味をお持ちの方は、お気軽にお問い合わせください： WHATSAPP = WECHAT: 86-13606089112 www.seaforestpv.com...

Advantages of SUNFOREST Perovskite Solar Panels I. High Theoretical Conversion Efficiency Perovskite Single-Junction: 38% Perovskite Tandem (2-Junction): 45% Perovskite Tandem (3-Junction): 50% II. Low Cost Per Watt (Approximately Half of Crystalline Silicon) Low Raw Material Costs Perovskite: Can be synthetically produced with high defect tolerance at low cost Crystalline Silicon: Requires high purity, expensive with significant price volatility Short Process Flow & Low Energy Consumption Perovskite: Processes below 150°C, low energy consumption, smaller carbon footprint Crystalline Silicon: Long process flow requiring 1700°C, high energy consumption Lower Equipment Investment Perovskite GW-level production line: Approximately ¥200 million Crystalline Silicon production line: Over ¥900 million III. Diverse Application Scenarios Product Structure (Inverted Planar Single-Junction Perovskite) Glass POE Encapsulant Back Electrode Electron Transport Layer Perovskite Light-Absorbing Layer Hole Transport Layer FTO Conductive Film Glass Core Manufacturing Processes Encapsulation P4 Laser Scribing P3 Laser Scribing Magnetron Sputtering P2 Laser Scribing Evaporation-ALD Slot-Die Coating Slot-Die Coating P1 Laser Scribing FTO Glass Application Fields Consumer Electronics Remote controls, electronic shelf labels, toys, power banks, phone cases Low-Power IoT Applications Smart locks, sensors, cameras Educational & Recreational Products Solar flowers, wind-solar hybrid systems IV. Project Cases & Performance Notable Projects China Merchants Chuangye 1st Building All-Perovskite PV System: 634kWp Jinan University Science Park Rooftop Distributed & BIPV Project: 552kWp SUNFOREST Perovskite PV Module (Curtain Wall) Performance Meets curtain wall performance standards: wind pressure resistance, air tightness, water tightness, thermal insulation, sound insulation, impact resistance, fire resistance, lightning protection, corrosion resistance, energy efficiency, and economic feasibility Special decorative effects: diverse colors, patterns, and light transmittance to suit various architectural styles Energy-saving effect: As building envelope, absorbs solar energy, reduces wall/roof temperatures, and decreases air conditioning load and energy consumption V. Product Categories & Market Outlook Tandem Modules Grid-connected solar power stations sharing power supply tasks Forecast scale: 0.3GW (2025) / 25.0GW (2030) Lightweight & Flexible Mobile Power Products Portable distributed power systems integrating energy storage, control, and communication technologies 2025 projected demand: 500,000 sets Building Integrated Photovoltaics (BIPV) Technology integrating solar PV products with building structures Forecast scale: 2.3GW (2025) / 70.5GW (2030) Consumer Electronics Harvesting ambient light to power low-power IoT devices 2025 projected demand: 600,000 panels VI. Mass Production Information SUNFOREST flexible thin-film perovskite solar panels have...

Sea Forest - Foldable Container House and Solar Power Storage System   1.Sea Forest - Introduction to Foldable Container Houses Innovative, durable, and stylish modular living with Sea Forest's high-quality foldable container houses. Combining comfort, strength, and versatility, they are ideal for apartments, temporary housing, and commercial spaces.   2.Sea Forest - Key Features of the Foldable Container House   Spacious dimensions: 5.8m (length)×2.5m (width)×2.39m (height)   Elegant design: Stylish exterior with red shirt wood grain finish   High-quality structure: 50mm thick wall panels for enhanced insulation Color steel exterior (excellent durability and weather resistance) Damp-proof magnesium glass floorboard Leather-textured flooring (easy maintenance)   Typhoon resistance: Designed to withstand up to Category 17 typhoons   Premium electrical system: SAA/CUS/UL certified standard wiring Equipped with LED lights, switches, leakage protection, and sockets Fully customizable circuits   3.Sea Forest - Solar Power Storage System Flexible solar panels can be installed on the roof Household energy storage systems can be set up indoors   4.Sea Forest - Solar Power Storage System Examples   For one unit: Up to five 560W flexible solar panels can be installed on the roof (total 2.8kW)   For two connected units: 5.6kW solar panels + 5kW power conditioner + 10kWh battery A fully independent solar power storage system can be established   5.Contact Us for More Information WhatsApp: +86-13606089112 Website: www.seaforestpv.com Email: seaforest@seashineforest.cn

Japan's Perovskite Solar Cell Market Poised for Explosive Growth: SUNFOREST's Flexible and Glass-based Perovskite Modules Achieve Mass Production and JPEA Certification, Launching Sales in Japan Key Topics *   Lightweight, Flexible Solar Cells: Domestic Market Set to Expand Approximately Fivefold by FY2040 *   Film-Based Perovskite: Full-Scale Market Formation Expected by 2030 *   Perovskite Solar Cells: Global Market Rapidly Expanding with Single-Junction and Tandem Types, Japanese Market to Reach ¥34.2 Billion by FY2040 Market Overview *   Lightweight, Flexible Solar Cells: Domestic Market Set to Expand Approximately Fivefold by FY2040 *   Their lightweight and bendable characteristics enable applications in locations unsuitable for traditional solar panels (e.g., roofs with insufficient load-bearing capacity, curved surfaces, walls, IoT devices, drones). *   Types include "Film-Based Perovskite," "Lightweight Crystalline Silicon," and "Organic Thin-Film." *   The domestic market is projected to expand approximately 4.9 times, from an estimated ¥13.9 billion in FY2025 to ¥44.9 billion by FY2040. *   "Lightweight Crystalline Silicon" is currently mainstream for BAPV applications. Adoption is expected on existing building roofs, public facilities, and aging structures, with applications expanding to vehicles and mobility around FY2035. *   Film-Based Perovskite: Full-Scale Market Formation Expected by 2030 *   "Film-Based Perovskite Solar Cells" can be installed in diverse locations, including windows and walls. *   Currently produced in small volumes, full-scale market formation is anticipated around FY2030, with the establishment of mass-production technologies like roll-to-roll processes being key to widespread adoption. *   By FY2040, expanded use is expected, primarily in BAPV and applications like solar carports. *   "Organic Thin-Film Solar Cells" feature multi-color options and low environmental impact. Starting from indoor use, full-scale adoption in agrivoltaics and BIPV is expected around FY2030. *   Perovskite Solar Cells: Global Market Rapidly Expanding with Single-Junction and Tandem Types *   The global market is forecast to grow approximately 67-fold, from ¥59 billion in 2024 to about ¥3,948 billion by 2040. *   Commercialization of "Single-Junction" types is progressing for small power sources like electronic shelf labels and IoT devices. *   Full-scale mass production of "Tandem" types is expected in the late 2020s. Due to high conversion efficiency, they are projected to capture about 60% of the market by 2040. *   BAPV applications will dominate. "Glass Substrate" types will lead initially, but "Film Substrate" types will also grow, expected to account for over 30% of the total market by 2040. *   Japanese Market to Reach ¥34.2 Billion by F...

Sun Forest Factory Announces Mass Production of 10W and 225W Flexible Perovskite Solar Panels, Obtains TUV Certification, and Officially Commences Sales   Original   Information Team   AIpatent Technology Information Platform   September 1, 2025, 18:44   Summary: Sun Forest Factory has announced the mass production of its 10W and 225W flexible perovskite solar panels. Having obtained TUV certification, the company has now officially commenced sales of these panel models. In a separate development, Mitsubishi HC Capital Inc. and two other companies will initiate a joint verification project to test the performance and installation methods of perovskite solar cells in cold regions. This project aims to understand their power generation characteristics in cold climates, acquire specialized knowledge regarding installation methods, and promote the wider adoption of perovskite solar cells.   Keywords: Perovskite Solar Cells, Cold Environment, Durability, Installation Methods, Verification Project   Mitsubishi HC Capital Inc., EneCoat Technologies Co., Ltd., and Hokkaido Electric Power Co., Ltd. (HEPCO) have announced the signing of an agreement for a joint verification project utilizing perovskite solar cells and have commenced the project.   This verification project will involve laboratory testing using a constant temperature and humidity chamber, along with a one-year field test at a facility that closely replicates real-world usage conditions. The goal is to verify the durability and power generation characteristics of perovskite solar cells in low-temperature environments, where data is currently scarce. Through these tests, the companies aim to establish installation and management methods suitable for snowy and cold regions.   Specifically, from August to November 2025, laboratory tests will be conducted using HEPCO's constant temperature and humidity chamber to examine the power generation characteristics of perovskite solar cells in low-temperature environments (approximately -25°C). Subsequently, from November 2025 to October 2026, perovskite solar cells will be installed on the windows and exterior walls of experimental houses at the Hokkaido Electric Power Research Institute, and the results will be verified.   Image: HEPCO's verification project facility (installed on the windows and exterior walls within the red frame) and the perovskite solar cells used in the project. Source: Hokkaido Electric Power Company.   Through this joint verification project, the three companies aim to understand power generation characteristics in cold regions, acquire specialized knowledge on installation methods, and promote the widespread adoption of perovskite solar cells. Mitsubishi HC Capital is responsible for project coordination, the procurement and maintenance of the perovskite solar cells and storage batteries, and economic analysis. EneCoat Technologies is responsible for the development and ma...