Price Industries’ Post

The HVAC system within battery energy storage systems is essential for cooling the batteries and providing emergency ventilation. Designing this HVAC system can be a challenge – but it’s a challenge easily conquered with computational fluid dynamics (CFD). Read all about how CFD modeling can optimize these projects in our latest blog post! https://bit.ly/3zh7A3Z

The HVAC system within battery energy storage systems is essential for cooling the batteries and providing emergency ventilation. Designing this HVAC system can be a challenge – one that can be overcome with the help of computational fluid dynamics (CFD). Read about how CFD modeling can optimize these projects in this blog post from Price Industries. https://bit.ly/3zeYNja

Permanent Magnet Generators VS Conventional Synchronous Generators #permanentmagnet #magnetgenerator Permanent Magnet Generators (PMGs) and Conventional Synchronous Generators (CSGs) have differences in design, efficiency, performance, and maintenance.

It feels great to be involved in the process of getting this DAC component into our library! Very happy to have expanded my knowledge on carbon capture approaches and looking forward to contribute more to sustainable industry solutions. 😊 Check out this blog post to learn more about Direct Air Capture: https://lnkd.in/evEZyMEM

Power of static energy

Have you ever worked with a hybrid energy system (aka microgrid)? At H.E.A.T., we think you should be able to buy controllers for hybrid energy systems off the shelf, just like buying a solar PV inverter. But commissioning these systems is complex and can be challenging. Maybe you know this first hand and have a story to share? We have developed a standardized methodology for approaching such hybrid systems, and this short introductory video is meant to give you a taste. We talk about how island generators can be a way to understand the macro energy system in general. With our controller, and with this standardized methodology, you can roll out complex on-grid projects like a behind the meter solar + storage project with EV chargers and heat pumps that's doing stacked market applications (like at a factory). It can also help you roll out on-grid systems with islanding backup capabilities (like at a data center), or even just purely off-grid where stability and fuel avoidance is the name of the game (like at a mine or a remote hotel). We plan to make more videos so I'd love to know what you think of this one. Did you find the explanation helpful and could you follow it? Are you interested in videos on other topics? Do you have experience in the energy industry? Have you commissioned, serviced or operated a microgrid system? Please share your thoughts and stories below! #microgrid #energytransition #hybridenergy #diesel #powersystems https://lnkd.in/gpmneC7h

Power of static energy

Experimental Evaluation of Wind Turbine Gearbox Structural Models Using Fiber Optic Strain Sensors https://lnkd.in/gjbExdpU AGMA Media (Gear Technology and Power Transmission Engineering) #geardesign #planetarygearbox #gearboxes #drivetrain #windturbines

Today more than 80% of the switching devices installed in the medium voltages from 7.2kV up to 52kV are VCBs due to their many advantages over other existing technologies. Until the end of 90’s, it was not possible to utilize the potential of this long proven vacuum technology for the generator switching applications even though they fall under medium voltage applications. The only suitable switching technology used for the generator applications was using SF6 as an arc quenching medium. But the technological developments in the field of vacuum arc physics enabled the vacuum circuit breakers to interrupt high short circuit currents up to 100kA and carry high rated currents up to 12500A. Schramm & Kulicke [7] are the first who stated that the VCBs are suitable to clear the fault currents with delayed current zeros and can be able to withstand very high current amplitudes resulting from the high DC components up to 130%. At such a high DC components, the vacuum contacts must be able to withstand the thermal stress due to the longer arc duration and still be able to interrupt the fault current.

Building Energy Simulation is the use of physics-based software to predict the energy use of a building by making a virtual model of the building and taking