Decentralized Power Sources for Buildings Supporting Decarbonization and BCP [Next Energy]
Non-grid-connected self-consumption that can be started without difficulty from specific equipment in existing buildings. It can be utilized both during normal times and during power outages.
In factories, warehouses, business offices, and stores, the decarbonization of buildings is becoming increasingly important in response to carbon neutrality and ZEB (Net Zero Energy Buildings). On the other hand, when introducing self-consumption solar power generation, challenges may arise such as: - Discussions on grid connection with power companies - Cubicle renovations - On-site wiring work - Installation costs One option is a non-grid-connected self-consumption system that combines solar power generation and storage batteries. Instead of supplying power to the entire building, it provides electricity through dedicated lines to specific essential loads such as lighting, communication devices, security equipment, pumps, and EV charging facilities. The generated power is consumed on-site during normal times, and any surplus power is stored in batteries, which can be utilized at night or during rainy weather, and serves as an emergency power source during outages. This system can be gradually introduced and expanded in line with annual budgets and CO2 reduction targets, allowing for a smooth progression of decarbonization and BCP (Business Continuity Planning) measures for existing buildings. ☆ Construction case studies ☆ https://www.offgrid-solar.jp/page/4 ☆ Website ☆ https://www.offgrid-solar.jp/
basic information
Power generation capacity: 75.68 kW Battery capacity: 95.22 kWh "Usage" Charging of electric forklifts, factory lighting equipment
Price information
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Applications/Examples of results
"Factories, warehouses, business locations, stores, public facilities," etc., are suitable for starting decarbonization from part of existing buildings. 【Main usage examples】 - Charging facilities for EV forklifts and EV vehicles - Lighting for factories, warehouses, and parking lots - Security cameras, communication devices, and monitoring equipment - Ventilation systems, pumps, and shutters - Specific loads for offices and break rooms - Communication, lighting, and charging power sources during disasters In case studies, there are examples such as: - EV forklift charging within factories - Supplying renewable energy to lighting, and - A system that serves as both a regular power source and an emergency power source for offices. Based on the application, power consumption, operating hours, installation conditions, and equipment to be used during power outages, solar panels, storage batteries, charging controllers, and inverters are designed individually. It can start with small-scale installations and flexibly accommodate future equipment expansions (scalable).
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[May 28 (Thursday) at 2:00 PM] <Free Webinar> Overcoming Management Challenges with "Distributed Power"! - Achieving Flexible Solar Power Installation with Off-Grid Solutions -
Solar power generation is entering a scalable era— Have you given up on introducing solar power generation, or are you thinking, "I want to implement it more smoothly"? "Installation constraints," "enormous costs," "prolonged procedures"... By breaking through the "grid connection barriers" that hinder such introductions, you can start with what you need and expand your facilities flexibly as your business grows. The next-generation "distributed power source = off-grid system" makes such "scalable" solar power generation a reality. In this webinar, we will thoroughly explain the mechanism of "non-grid-connected self-consumption" that is not bound by existing frameworks, and present new options and the latest case studies to solve management challenges. We invite everyone considering the introduction of solar power generation to participate!
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[May 26 (Tuesday) at 2 PM] <Free Webinar> Break Through Management Challenges with "Distributed Power"! - Achieving Flexible Solar Power Installation with Off-Grid Solutions -
Solar power generation is entering a scalable era— Are you thinking about giving up on solar power installation or wanting to implement it more smoothly? "Installation constraints," "enormous costs," "prolonged procedures"... By breaking through the "grid connection barriers" that hinder installation, we can start with what is necessary and expand the facilities flexibly in line with business growth. The next-generation "distributed power sources = off-grid systems" will realize such "scalable" solar power generation. In this webinar, we will thoroughly explain the mechanism of "non-grid-connected self-consumption" that is not bound by existing frameworks, and present new options and the latest case studies to solve management challenges. For everyone considering the introduction of solar power generation, we invite you to participate!
Distributors
Next Energy and Resources aims to promote and spread the use of renewable energy through various businesses. We provide solutions for a wide range of power generation development, from the design, construction, and maintenance (O&M) of industrial solar power plants such as mega-solar, to the sale of system components like solar modules and power conditioners for residential solar power generation. We can also propose self-consumption systems that combine energy storage systems to reduce energy costs. Additionally, we are involved in a wide range of businesses related to renewable energy, including the reuse of solar modules, independent storage systems, and electricity retail services. ■ Head Office / Product Technology Center: Komagane City, Nagano Prefecture ■ Tokyo Head Office: Shinjuku Ward, Tokyo ■ Osaka Sales Office: Yodogawa Ward, Osaka City, Osaka Prefecture ■ Nagoya Sales Office: Kiyosu City, Aichi Prefecture ■ Fukuoka Sales Office: Hakata Ward, Fukuoka City, Fukuoka Prefecture ■ Ho Chi Minh Office: Ho Chi Minh City, Socialist Republic of Vietnam
