DEWETRON’s Post

Explore public EV fast charging with Gridcog! 🌟 The energy transition requires lots of different kinds of projects. In this short video we explore public EV charging, comparing connection augmentation and a stationary battery as options for meeting capacity requirements. Stay tuned for future videos exploring other project use-cases, and sign-up for our upcoming webinar on EV fast charging (link in comments). #energytransition #101usecases #electricvehicles

🔌 Hello LinkedIn network! 🌟🔌 The rise of EVs offers great potential for power grids but also brings new challenges. By focusing on policies, tech solutions, and collaboration, we can maximize the benefits. Priorities include charging infrastructure, smart capabilities, off-peak incentives, and V2G markets. Integrating EVs can modernize grids and support decarbonization. #ElectricVehicles #SmartGrid #Decarbonization #Metering #Microgrid 🔗 Click the link below for the full article 🌱 https://lnkd.in/e53PZW-H

Here's the first of 101 energy project use-cases you can model in Gridcog! 🏁 Only 100 to go! 💯😅 What should we demonstrate next???

CrowdCharge: AC/DC?: New groundbreaking vehicle to grid EV charging trial uses lower cost technology/ A groundbreaking project is now underway to trial vehicle to grid

In a recent MIT study on transportation electrification and the need for electric grid expansion, it concludes that EVs can actually make the grid MORE efficient instead of causing new peaks. In fact, despite the growth of EVs, the grid and electrical use has been relatively stable because of increased car, phone, appliance, etc. efficiency and evening charging. And just wait for bi-directional charging. READ MORE: https://ow.ly/mlc150RHLEf #TransportationElectrification #ElectricGridExpansion #EVs #MITStudy #CleanEnergy #SustainableMobility #RenewableEnergy #EnergyTransition #ElectricVehicles

In a recent MIT study on transportation electrification and the need for electric grid expansion, it concludes that EVs can actually make the grid MORE efficient instead of causing new peaks. In fact, despite the growth of EVs, the grid and electrical use has been relatively stable because of increased car, phone, appliance, etc. efficiency and evening charging. And just wait for bi-directional charging. READ MORE: https://ow.ly/2Ilw50RHLEb #TransportationElectrification #ElectricGridExpansion #EVs #MITStudy #CleanEnergy #SustainableMobility #RenewableEnergy #EnergyTransition #ElectricVehicles

Our new Illumination Series breaks down technical advancements behind the industry’s most buzzworthy solutions so everyone can better understand how to manage their energy. Up first, getting to know battery state of charge.

In a recent MIT study on transportation electrification and the need for electric grid expansion, it concludes that EVs can actually make the grid MORE efficient instead of causing new peaks. In fact, despite the growth of EVs, the grid and electrical use has been relatively stable because of increased car, phone, appliance, etc. efficiency and evening charging. And just wait for bi-directional charging. READ MORE: https://ow.ly/Wt5K50RHLEe #TransportationElectrification #ElectricGridExpansion #EVs #MITStudy #CleanEnergy #SustainableMobility #RenewableEnergy #EnergyTransition #ElectricVehicles

Trends in #electric_vehicle (EV) #charging_modules are rapidly evolving, driven by advancements in #power_electronics, faster charging #capabilities, and #sustainability. These #innovations are shaping the future of EV infrastructure, making charging more efficient and accessible worldwide. #powerelectronics #powermanagement #powersemiconductor

In the realm of automotive, industrial, and inverter applications, the call for enhanced efficiency at higher output power levels is louder than ever! For electric vehicles (EVs), this means boosting performance and extending range through more efficient motor drives and rapid battery chargers. But it doesn't stop there! In industries worldwide, the pursuit of efficiency isn't just about cutting costs—it's about slashing global energy consumption and amplifying sustainability efforts. Enter the spotlight: DC microgrid technology, offering a pathway to a greener, more efficient future. Let's unite in the quest for efficiency, paving the way for a brighter, cleaner tomorrow! https://bit.ly/3TOVlmz #RECOM #Power #Efficiency #Sustainability