Article | April 9, 2020
The world’s largest automotive company, Toyota, has announced a joint venture to enter the renewable power generation industry, setting up Toyota Green Energy in its home country of Japan. While initially this will focus on powering the company’s operations with clean electricity, the long-term could see the venture shift its focus towards the production of green hydrogen for use in Toyota’s fuel-cell vehicles. Last Friday, Toyota Motor Corporation announced an agreement with Chubu Electric Power and Toyota Tsusho Corporation to establish their new partnership in July, with the purpose of obtaining and managing renewable energy resources in Japan to power the operations of the Toyota Group.
Article | March 25, 2020
AI is certainly the talk about the hour nowadays. In high-tech industry, AI is the one with most potential. But before proceeding and discussing further on this exciting technology, we’d like to first understand what AI means-: As power is being generated from more volatile sources like solar and wind, the requirement is that power generation must react intelligently to consumption (and vice versa). With AI, we can evaluate, analyse and control participants connected to each other via these smart grids. With modern day emphasis on climate changes and increasing pressure to reduce CO2 emissions, we must find ways to have most of our power generated from renewable resources. The problem with renewable sources of energy are that they are unpredictable, which makes production of energy periodical and sometimes even chaotic. With renewable sources, there can be power outages or too much power generation which needs to be controlled. Smart storage, also known as Intelligent Energy Storage(IES) can effectively handle these disrupt changes in power supply.
Article | April 8, 2020
Let’s take a look at the common case. It’s not a secret that we charge our devices for work or study at the office or at uni. When we are asked to do everything from home, we must use our own electricity to power our essential devices for work. Without even realizing, we also need to turn on the heater or AC to keep ourselves in comfortable temperature. Plus, there will be a time when we are tempted to turn on the TV, Xbox or PlayStation, for fun. In short, the more power we consume, the more expensive the bill we will pay! If we rely on solar energy, our system will get us covered. During the day, our solar PV will produce the most electricity we use at home. So, even if we are spending all day working or studying, we won’t need to pay more for our electricity. Yet, to make sure we can save money as much as possible, we must do it right. To make it easier, our team at Solar Arena has collected the best tips you can follow:
Article | March 27, 2020
You know things are getting exciting when German bureaucrats are turning emotional, as happened one month ago in Berlin: “Hydrogen is the shit! And we need it desperately.” Thomas Herdan, the bureaucrat in question, is a prominent policymaker in the German Economic Ministry and, until that moment, was known for analytical thoughtfulness rather than for enthusiastic outcries.
His excitement, however, is shared by governments and businesses around the world. The International Energy Agency IEA estimates that every year, the world’s governments pour $700 million into R&D for hydrogen applications alone. A few months ago, the U.S. announced $40 million in funding for 29 hydrogen projects across the country. As IEA puts it, hydrogen currently has “unprecedented political and business momentum”.