家庭電源のハイブリッド電源化　　Conversion of household power sources to hybrid power sources

小型・高効率太陽光発電・蓄電システムによる地球気候変動防止(5)：

https://www.office-ktk.jp/sdgs-%E9%AB%98%E5%8A%B9%E7%8E%87%E7%99%BA%E9%9B%BB/

家庭電源のハイブリッド電源化（ノウハウ無料、見学自由）

既存の技術や設備に新しい技術や設備を組み合わせてより良いものにする工業的な意味のハイブリットがあります。

自動車では動力源をガソリンエンジンとバッテリーを使用し、実用的で環境に優しい方式と認知されています。

家庭電源も商用（グリッド）電源と自家太陽光発電・蓄電システムを組み合わせてハイブリッド化すれば実用的で環境にはベターな方式になります。

以前、投稿しましたようにわずか400Wの小型・高効率の太陽光発電・蓄電システム（既存の住宅の屋根設置型システムの十分の一のサイズ、価格）で夏のエアコンや他の季節の冷蔵庫や家電製品への電力供給（総使用量の20、30％）が可能となり、地球気候変動防止に貢献し、電気料金の低減につながります。

このような家庭電源のハイブリッド電源化にご関心のある方にはノウハウは無料提供します。見学も自由です。

Preventing Global Climate Change with Compact, High-Efficiency Photovoltaic Power Generation and Storage Systems (5):

https://www.office-ktk.jp/sdgs-%E9%AB%98%E5%8A%B9%E7%8E%87%E7%99%BA%E9%9B%BB/

Conversion of household power sources to hybrid power sources (free know-how, free to visit).

There is the industrial meaning of hybrid, which combines existing technology and equipment with new technology and equipment to make it better.

In automobiles, the power source is a gasoline engine and battery, which has been recognize as a practical and environmentally friendly method.

Home power sources can also be practical and better for the environment if they are hybridized by combining commercial (grid) power sources with private solar power generation and storage systems.

As I have posted previously, a small, highly efficient solar power generation and storage system of only 400W (one-tenth the size and price of existing residential roof-mounted systems) can supply power (20-30% of total usage) for air conditioners in summer and refrigerators and appliances in other seasons, contributing to the prevention of global climate change and reducing electricity rates.

The know-how is provided free of charge to those interested in this kind of hybrid power supply for home power sources. Visits are also free.