室内農業 (インドアファーミング) 向け省エネ：温室・垂直農法向け環境制御HVACシステム - ユニタリーシステム・VRFシステム・冷却機・ファン
Energy Efficiency for Indoor Farming: Climate Control HVAC Systems for Greenhouses and Vertical Farms:Unitary Systems, VRF Systems, Chillers and Fans
|出版日||ページ情報||英文 37 Pages; 24 Tables, Charts & Figures
|室内農業 (インドアファーミング) 向け省エネ：温室・垂直農法向け環境制御HVACシステム - ユニタリーシステム・VRFシステム・冷却機・ファン Energy Efficiency for Indoor Farming: Climate Control HVAC Systems for Greenhouses and Vertical Farms:Unitary Systems, VRF Systems, Chillers and Fans|
|出版日: 2018年07月26日||ページ情報: 英文 37 Pages; 24 Tables, Charts & Figures||
当レポートでは、室内農業 (インドアファーミング) 向け省エネソリューションの包括的レビューを提供しており、促進要因や課題を含めた市場の課題、生産・施設の種類、および関連の省エネ技術の分析、技術・地域セグメント別による世界市場の予測、地域市場のハイライト、および競合情勢などをまとめています。
World leaders and energy managers are paying more attention to the environmental impact of urbanization and energy use. Indoor agriculture offers a nuanced yet hard look at food security and environmental safety, with possible avenues for addressing both challenges. The advent of new horticulture technologies capable of environmental control, remote sensing, and crop analysis supports the development of different types of energy efficient solutions that can provide healthy produce for urban consumers. Current trends in the indoor farming market indicate that consumers are looking for variety, freshness, and nutrient-dense food options, as well as the added convenience of local production.
Yet, the indoor farming market's integration into the global food supply chain has experienced slow growth largely due to its nascent standing within the broader agricultural industry. Hurdles such as supply chain logistics and developing the right business models have made it difficult for startups to succeed in this industry. But the market's ability to supplement food systems in a sustainable way continues to attract investors, contributing to the growing number of facilities worldwide. Indoor farming is expected to become increasingly automated as energy efficient technologies gradually replace manual solutions. Catalyzing this shift are climate control systems that include efficient HVAC equipment. HVAC systems support optimal temperature and humidity conditions and are crucial to the success of controlled-environment agriculture facilities.
This Navigant Research report provides a comprehensive review of energy efficient solutions for indoor farming. The study examines the market issues, including drivers, challenges, and production and facility types, associated with energy efficient technologies for indoor agriculture. Global market forecasts, segmented by technology (unitary systems, variable refrigerant flow [VRF] systems, chillers, and fans) and region, extend through 2027. The report also examines the regional market highlights related to energy efficient solutions for indoor farming, as well as the competitive landscape.