Three Tips To Keep Your Electric Car's Battery From Degrading Too Fast Subscribe to Engineering Explained for more videos! - https://goo.gl/VZstk7 Recommended Books & Car Products - http://amzn.to/2BrekJm EE Shirts! - http://bit.ly/2BHsiuo Electric cars are becoming increasingly popular, but a common concern remains for many owners - what about the battery? An electric car's battery is by far the most expensive part, so replacing it means a huge bill. The good news, however, is that there are many practices you can put into place to ensure your electric car's battery lasts for hundreds of thousands of miles. This video seeks to not only understand what the best practices are for keeping your electric car's battery in good health, but also, the scientific reasons *why* these best practices are useful. We'll look at different causes of battery degradation, helpful tips for extending the life of your battery, and what scientific research says about he effects of various harmful parameters on battery health. The video will answer the following questions: 1) Why do batteries lose capacity over time? 2) What percentage should you store your battery at? 3) Is it okay to charge your electric car to 100%? 4) How often should you recharge your electric car? Related Videos: EV Battery Health with Dr. Jeff Dahn - https://youtu.be/i31x5JW361k?si=PHSNPh4DXOvAO0Ys How Li-Ion Batteries Work - https://youtu.be/l81K6o7o6z0 References: Lithium Ion Degradation - https://pubs.rsc.org/en/content/articlehtml/2021/cp/d1cp00359c Li-Ion Life Cycle Study - https://www.sciencedirect.com/science/article/abs/pii/S0378775313016510 Dr. Jeff Dahn - https://www.dal.ca/diff/dahn/people/jeff_dahn.html Engineering Explained is a participant in the Amazon Influencer Program. Don't forget to check out my other pages below! Instagram: http://www.instagram.com/engineeringexplained Facebook: http://www.facebook.com/engineeringexplained Twitter: http://www.twitter.com/jasonfenske13 EE Extra: https://www.youtube.com/channel/UCsrY4q8xGPJQbQ8HPQZn6iA

Ready to roll into solar, get started here!

Solar panel technology is rapidly changing, get to know the basics of the photovoltaic technology.

At Fluke, we're asked about the best practices when it comes to installing and testing PV systems. Learn more about using Fluke tools in the solar industry. https://bit.ly/3C90NG1 Typically on an installation, you'll have several connections. You'll have your inverter connections, your combiner box connections. Best practice is to make sure that all of this is tight, connected, and your wire management is secure, that nothing can fall out. Best practices to have a technician using a clamp meter to make sure that you're not overloaded. So, having the essential tool like a clamp meter, or a high voltage clamp meter, to make sure that the strings for the inverter are not overloaded. It's important to use the right tools with the right cat ratings. Also, make sure you have the proper PPE gear on, which is your personal protective equipment. Good tools are essential on the job and also to ensure technicians go safely home to their families when their jobs are done.

Claim Your FREE GUIDEBOOK to Maintaining Solar Assets with Drones 👇 https://bit.ly/3V3LI4P In this video we will be explaining step by step how to inspect a solar farm using a drone. We will start off by showing you how we first perform a physical walk through of each site looking for potential hazards and obstructions to the flight. We then examine the equipment for this particular inspection, and then we go through the best practices for solar drone inspections like obstructions to your flight, landing pads, and how to use a solar irradiance meter. Next we touch on the importance of understanding all the aspects of weather and how it impacts your solar inspection. Everything from moisture, humidity, snow, and wind are addressed and then we begin our flight planning. For this inspection we are using DJI GS Pro for flight planning and we will talk you through how to set up a flight plan, create the flight points, add the camera settings and pitch, the proper settings for the speed and altitude, and any “end of mission” actions we want to perform. Once the flight plan is set up we move into the thermography setup using DJI XT Pro. We will explain why we use each of the settings such as Radiometric JPEGs for taking images and the importance of keeping the applications running during the flight. Once the checklists are complete we take to the sky and fly the autonomous solar inspection flight. The entire flight today took just over 11 minutes to complete. Once the inspection is done we will take the drone back over the solar farm to show you what the anomalies look like on our thermal screen and explain the difference between the anomalies we found during the flight. #drone #dronemapping #dronesoftware ►Resources The Best Drones for Solar Inspections - https://thedronelifenj.com/solar-inspection-drones/ ►Equipment Used in this Video BT - 100 Pro Anemometer - https://amzn.to/3gH9O0c DBTU1300 Solar Irradiance Meter - https://amzn.to/2Y3FBSh ►Our Must-Have Drone Equipment Checklist ✅ Budget Friendly Ground Control Points (GCPs) - http://bit.ly/3nAT2pH ✅ Most Reliable SD Card for Drone Mapping - http://bit.ly/3lZOhWn ✅ Heavy Duty Landing Pad - http://bit.ly/3zt1hXA ✅ Collapsable Orange Safety Cones - http://bit.ly/40Tr2fp ✅ OSHA Certified Safety Vest -http://bit.ly/3KsycSt ✅ Wind Speed Anemometer Gauge - http://bit.ly/3ZCaYO5 ✅ Best Flight Planning Tablet - http://bit.ly/40Dci4q ✅ Handheld VHF Airband Transceiver - http://bit.ly/40AyLPP ►About The Drone Life The Drone Life is an industry-leading UAS service provider that provides turnkey aerial data solutions nationwide. We proudly specialize in the industrial, environmental, renewable, and construction industries. Our team consists of highly experienced, dependable, and licensed drone professionals that are committed to safety, quality, and customer success. Website - https://thedronelifenj.com LinkedIn - https://www.linkedin.com/company/the-drone-life-nj Instagram - https://www.instagram.com/thedronelifenj Facebook - https://www.facebook.com/thedronelifenj TikTok - https://www.tiktok.com/@thedronelifenj ►Chapters Intro 0:00 Drones & Cameras 0:29 Inspection Best Practices 1:04 Weather Factors 2:33 Flight Planning 5:48 Drone Solar Farm Inspection 17:35 Manual Site Flyover 22:54 Outro 24:49

We wanted to make a difference when we set out to create EPSCO OneMoment Electrical Safety Training. We wanted to make every workplace safer. We knew that electrical safety training needed to be about more than risks and government regulations. We knew that it needed to be about solutions. At EPSCO we understand that every single person at a facility plays a part in controlling electrical hazards. It might seem like a lot to tackle when you first dive in, but the NFPA 70E is full of strategies you can use. This week, we want to help you break down the steps in a way that makes it easy to understand and implement electrical hazard controls. The Hierarchy of Risk Controls is a system of six solutions for controlling electrical hazards. They can be used in any combination with each other to increase the level of safety at your facility. This week and next, our OneMoment online electrical safety series will cover these controls -- Starting with Elimination, then on to Substitution, Engineering Controls, Awareness, Administrative Controls, and Personal Protective Equipment. The safety solutions are listed in order of effectiveness. Elimination, at the top level, is considered the safest. Wearing proper PPE, at the bottom, is considered less reliable because of the human element. Elimination, Substitution, and Engineering Controls are focused on the equipment and workplace. While the effectiveness of Awareness, Administrative Controls, and PPE are based on each person on your team making these hazard control strategies part of their routine. The Hierarchy of Risk Controls separates the top three solutions into a category called Inherent Controls, while the bottom three are known as Dependent Controls. Our OneMoment online electrical safety series will help you understand the difference between the two categories and provide ideas on how each of the six approaches can be put into action to make your workplace safer. If you want to make sure everyone goes home safe after work, you can’t miss our videos this week! #epsco #electricalsafety #onemoment

Simulate the presence of an electric vehicle to enable you to test the function and safety of an AC level 2 charging station. The test cable is the interface for cables of stations that have a Type 1 plug. Product link: https://www.fluke.com/en-us/product/electrical-testing/installation-testers/fev100

At Fluke, customers often ask what are the most important measurements in a solar installation? Well, first and foremost, you need to have an irradiance measurement. You need to see what the sun's intensity is while you're at that solar site. Once you've done your installation of your panels, your racking and all your wiring, you need to do an insulation test. We need to make sure that none of the wires are broken down. After that, we need to check our voltage and our current. We need to determine what the array looks like and how much current we're getting out of it. Once we've done all this and gone through the inverter, we're making power. At this point, hooked up to the grid, you may get some power quality problems. It happens. Having a good power quality meter that can measure transients and harmonics is key to keeping your in your system up and running. Finally, through your operations and maintenance, you'll need an infrared camera. This will allow you to scan the panels and determine if you have any cell damage within the panels and you need to replace them. These are the most important measurements needed in a solar installation. Learn more about using Fluke tools in the solar industry. https://www.fluke.com/en-us/learn/blog/renewable-energy

Going home safe is truly the only thing that matters, so let's make sure you at least know some electrical safety!

Learn about the basic dc electricity and configuration for solar PV.

Update 10.2022: We are glad to tell you that we reached more than 540 GW connecting capacity worldwide. Stäubli Electrical Connectors, the Solution Provider for the Photovoltaic Industry. Founder of the most widely used and trusted photovoltaic connector worldwide the MC4 and MC3. Since 1996, the MC renewable connector portfolio meets the market needs. The products are globally certified, have Plug and Play System in order to reduce the installation time, they are as well reliable in all environments and efficient due to the MULTILAM technology inside. Learn more about our photovoltaic connectors: http://staubli-renewable-energy.com