Posts

ELECTRIC VEHICLES - evenergy

Image
  In search of lithium-ion alternatives, scientists use peat to make sodium-ion batteries Researchers at Estonia’s Tartu University say they have found a way to use peat to produce sodium-ion batteries – a possible alternative to the lithium-ion batteries commonplace today. So what? This technology is dependent on the extraction of peat from bogs – a type of wetland ecosystem abundant across northern Europe. Bogs and other wetlands, however, are important carbon sinks, often sequestrating more carbon than comparable forest ecosystems. Draining these areas would, thus, lead to the release of large amounts of carbon dioxide. Although the researchers argue that the peat they use are waste products of other extraction methods, scaling up of such technology would mean that these unsustainable extraction methods are further incentivized and made financially attractive. Batteries, the solution to carbon emission-induced climate change, would then appear to contribute to further carbon dioxide

BUSINESS OPPORTUNITIES IN ELECTRICAL ENGINEERING

Image
  Looking for Business ideas in Electrical Engineering?   Here we will talk about innovative electrical engineering business ideas that you can use to start a new business There are numerous open doors you can get in this field to begin your own new company. 1. Electrical Engineering On-line Course The main business opportunity is to open an electrical designing course. Many individuals are keen on taking this course since they trust that after graduation they have mastery or abilities in electrical designing which can be utilized as a type of revenue for them. Creating an electrical and electronics engineering course can be home-based or an official one that has legality. If there are more and more enthusiasts, they can change home-scale courses to official courses so that they have a complete organizational structure and have a permit to establish the course. 2. Battery production The battery creation business doesn't need a mind boggling creation process. You can begin one in yo

Floating HVDC platform & Floating Substations: the next challenge on the path to commercial scale floating windfarms

Image
  Floating HVDC platform (SP4)  will develop concepts rated at 1.5 GW/320 kV and 3 GW/525 kV for connecting large floating wind farms. Such floating HVDC converter stations are non-existing today but will through this subproject be developed by Aibel together with Hitachi ABB Power Grids, using their strong expertise from the oil and gas sector and as supplier of bottom-fixed HVDC platforms for the offshore wind market. WHO IS RESPONSIBLE Aibel  leads this subproject, and is responsible for the concept and product development, as well as being product owner. Hitachi Energy will develop HVDC Floaters. DNV will look at rules and regulations. Nexans is responsible for dynamic cables and acceptance criteria. Agder Energi will provide the end-user point of view. Equinor will carry out discussions on the technical and strategic levels. SINTEF will develop a simulation tool. Expected results Development of rules and regulations, philosophies/design principles for unmanned floating HVDC Develo