Jenn Player’s Post

💡 Imagine being able to inspect any asset, any time, from a computer hundreds of miles away... that’s exactly what T.F. Butler's team @ Dominion Energy is doing with Skydio Dock to provide reliable, affordable, clean energy to customers. Join us next week to see Skydio's real-time remote inspection in action — and hear directly from T.F. Butler, Dominion Energy's Unmanned Systems Program Manager. He'll explain how remote inspection is helping: ⏰ Expedite decision making with real-time data 💰 Reduce expenses by cutting unnecessary truck rolls 👷 Optimize resource allocation 🦺 Increase Safety Learn more/register here 👇

Reposting for my energy industry colleagues and contacts: at some point, you're probably going to incorporate sUAS/drones into your organization or workflows and while the regulatory conversations are usually the most boring/frustrating, they're also the most important. This will be a good webinar to learn about a subject that will very likely be in your near future and provide a partial understanding of what challenges may lie ahead.

You want to increase efficiency of your #SolarPV or #CSP plant? The Volateq software helps you to get there by reducing your #Thermography costs and detecting #Soiling of your #SolarPlant. You can either fly the drone for the inspection yourself or hire a #DronePilot. Flying the drone yourself while using the VOLATEQ solution is a hazzle-free endeavor - plus you are independent and can fly the drone whenever you want. This is how easy thermography and soiling detection with VOLATEQ works:  1. You acquire your own off-the-shelf drone such as the #DJI Mavic2 or Mavic3. 2. We digitize your solar field to provide tailored flight routes on demand such that your field staff can launch the drone on the push of a button. 3. A few hours after the flight you will see the results of the inspection in the Volateq Web App and can start to take action.   🚀 Contact us via PM, learn more and get started today to improve the inspection efficiency of your #PV or CSP #Solar fields. #solarenergy #solarpower #solarpanel #solarfarm #solarcleaning #pvsoiling #solarplant

🚤 Ocean Power Technologies secures new order for WAM-V 8 and delivers WAM-V 16 and WAM-V 22 to Latin America 🎯 Ocean Power Technologies, Inc., a developer of innovative and cost-effective low-carbon marine power, data, and service solutions, announced it has completed several major contractual milestones and delivered new unmanned surface vehicles, a WAM-V 16 and a WAM-V 22, to previously announced survey customers in Latin America (in Mexico and Costa Rica). This delivery is part of the Ocean Power Technologies' ongoing expansion into the region. This milestone supports revenue recognition of the fully integrated system, including survey equipment. The Company also announced it has secured a follow-on order from one of these customers for a WAM-V 8. 🎤 Philipp Stratmann, CEO and President of Ocean Power Technologies, expressed his enthusiasm about this milestone, stating, "The delivery of these vehicles is testament to the execution ability of our team and our ability to deliver fully integrated systems, including survey equipment from our OEM partners. We believe securing a follow-on order enables us to continue our growth in the region and further execute on our path to profitability. We continue to convert pipeline to revenues and payments. We look forward to future deliveries and additional opportunities to deploy our assets in Latin America, including to our existing and potential customers in Mexico, Costa Rica, and Brazil.” ⚙ WAM-V 8 specifications: 🔹 LOA - 2.5 m 🔹 Beam - 1.2 m 🔹 Draft - 0.2 m 🔹 Speed - up to 6 knots 🔹 Endurance - 10 h at 3 knots 🔹 Propulsion - electric 🔹 Payload capacity - 45 kg ⚙ WAM-V 16 specifications: 🔹 LOA - 5 m 🔹 Beam - 2.5 m 🔹 Draft - 0.5 m 🔹 Speed - up to 10 knots 🔹 Endurance - 15 h at 5 knots 🔹 Propulsion - electric 🔹 Payload capacity - 68\113 kg ⚙ WAM-V 22 specifications: 🔹 LOA - 7 m 🔹 Beam - 3.66 m 🔹 Draft - 0.56 m 🔹 Speed - up to 20 knots 🔹 Endurance - 72 h at 8 knots 🔹 Propulsion - gasoline 🔹 Payload capacity - 270 kg 📃📷 Source: Ocean Power Technologies #opt #wamv #usv #asv #madeinusa #oceanpowertechnologies #maritimeautonomy #hydrospatial #massworldnews

49 drone industry news stories from last week covering contracts. partnerships, and new product launches: https://lnkd.in/dn7PqS9r . . . Like this? Get drone industry news stories every Monday straight to your inbox 👉 https://lnkd.in/dWQJGGFq ➕ Follow me for more and ♻️ share this post!

Managing a big property portfolio can be a real juggling act. There are always things that need fixing or updating, and it can be hard to know where to focus your time and money. That's where drone technology comes in... Read more: https://hubs.ly/Q02rRkFc0

Did you know? Each year, 3-4% of offshore wind turbine blades require replacement due to internal defects, costing time and money. At Avular, we're tackling this challenge head-on with our partners SpectX and Eindhoven University of Technology. Our goal? To develop an autonomous unmanned inspection system that accurately detects internal structural defects using aerial radiography. No more costly manual inspections or relying solely on visual checks. With the use of advanced drone technology and aerial radiography, we're paving the way for cheaper, safer, and more accurate wind turbine inspections. Say goodbye to unnecessary downtime and hello to predictive maintenance. #WindTurbineInspections #AerialRadiography #RenewableEnergy #Avular

Exploring the Depths with ROVs: The Future of Underwater Inspection🌊 Underwater infrastructure, like bridges, dams, and offshore structures, needs regular inspection to stay safe and operational. However, getting accurate data from below the surface can be challenging. That's where Remotely Operated Vehicles (ROVs) come in. ROVs make underwater inspections: 1. Safer – They reach deep, hard-to-access areas without putting anyone at risk.   2. Efficient – They can inspect large areas without interrupting operations.   3. Precise – High-resolution cameras and sensors capture detailed visuals and data, even in murky waters. With ROVs, we can keep critical infrastructure well-maintained and prevent bigger problems down the line. If you're curious about how this technology works or have any questions, feel free to reach out! #ROV #UnderwaterInspection #InfrastructureSafety #Innovation #TechInInspection #SGAS

ROV's are the future for safer and efficient underwater tasks. Eliminating the need for human presence in dangerous conditions.

Uploading your drone data shouldn’t be a hassle. Our platform makes it easy with a streamlined process — just drag, drop, and you’re done. No complex steps, just fast and efficient uploads every time. Check out the details here: http://linktr.ee/anvil_so