Trachte LLC’s Post

Many of the earliest #hydropower projects used run-of-the-river technology due to their simplicity and cost-effectiveness. Run-of-the-river systems require less infrastructure and engineering work because they do require extensive impoundment structures. This also leads to faster implementation. Impoundment technology became a priority in the first half of the 20th century because it offers large, consistent, and reliable power generation, especially during periods of high demand or when natural flow rates are low. Pumped storage facilities have surged in the past few decades because they provide enhanced grid reliability in the face of the rapid increase in intermittent sources of electricity from solar and wind. http://spr.ly/6047epMXD

The trend of grid modernization and energy storage focuses on adapting power grids to efficiently integrate renewable energy sources and implement energy storage solutions for improved reliability. #renewableenergy #storage #engineering #consultingengineers #sustainability

To optimize cost-cutting measures, TNT Engineering leverages solar power whenever feasible as a means to reduce reliance on utility power. This is beneficial for a variety of reasons: 1. Cost savings: By utilizing solar power, we can reduce long-term electricity expenses. Solar power is a renewable and abundant energy source that can lower overall operating costs when properly designed for our Western climate. 2. Sustainability: Embracing solar power aligns with TNT Engineering's commitment to sustainability and environmental responsibility. Reducing our clients' carbon footprints helps ensure a sustainable future. 3. Energy independence: By generating your own electricity, our clients can become less dependent on external energy providers. This enhances their energy security and reduces vulnerability to fluctuations in utility prices or potential disruptions in the energy supply. 4. Long-term investment: While there may be upfront costs associated with the installation, our clients benefit from long-term savings on energy bills and potentially even generate excess energy that can be sold back to the grid. 5. Remote capabilities: Solar can be installed in areas where access to the grid is near impossible. Let us know if you have an application or project that requires solar design! #solarpower #epcm #oilandgas #tntengineering #calgary

Grid Forming-BESS With the increasing penetration of renewable energy in the power grid, the power system has a trend of decreasing inertia and weakening system strength, and the stability problem is becoming more and more serious. Grid Forming BESS can take advantage of the flexible and controllable characteristics of converters, effectively improving the inertia damping characteristics of the power grid and providing voltage and frequency support for the system. Due to its simple architecture, high control consistency, and charging and discharging cycle efficiency exceeding 91%, the Cascade High-voltage BESS with a single sub-system capacity of up to 25MW/50MWh has rapid response capability in dealing with large-scale renewable energy integrated to the power grid, providing strong support for the power grid. The system impedance, inertia, and damping of the Grid Forming BESS are variable, and its performance on frequency & voltage regulation are excellent. The voltage level of it is equivalent to that of a generator, thus it also serves as a static reactive generator and could replace "energy storage + phase modifier". Under the same conditions, the single-power grid-connected high-voltage BESS has lower complexity in transient control compared to the multi-power grid-connected low-voltage energy storage. The control response speed is less than 10ms, with less control communication layers and fast response speed. #bess #gridstability #gridintegration

As renewable sources grow, grid stability becomes vital. We analyze grid impacts and develop strategies to seamlessly integrate renewables while maintaining a robust electrical infrastructure. A grid compliance study related to solar projects is an essential assessment that ensures the seamless integration of solar power generation systems into the existing electrical grid infrastructure while complying with the relevant grid codes and meeting the power system requirement. The goal is to identify potential challenges, mitigate risks, and establish a reliable and efficient connection between solar installation and the grid. This study is primarily carried out in PSSE software with a PSCAD benchmarking in line with the Central / State LDC norms. #renewableenergy #solarenergy #windenergy #renewableresource #powergeneration #energysaving #maintenance #greenindustry #sustainable #renewableenergysystems #EnergyTransition #RiskMitigation #SustainableDevelopment #ClimateChange #GreenEnergy #renewablesindustry #renewablesolutions #electricalengineering #linkedingrowth #linkedinconnections #connectwithus #followus #followformore

The steady increase in populations and the #electrification of infrastructure and transportation requires new levels of power generation to meet the demand. In addition, the shift toward #renewables requires the transmission and distribution of power to reach across an expansive landscape. Learn how we're engineering solutions to optimize efficiency and safety throughout the process—all in an effort to build a more reliable and sustainable grid. https://bit.ly/4cyeAre #energytransition #renewableenergy #utilities

"🔍 Outdated Infrastructure in Power Grids 🔍 Did you know that a significant portion of our power grid infrastructure is outdated and susceptible to failures? This not only poses risks to our energy supply but also hinders the integration of renewable energy sources. Let's discuss the challenges we face in modernizing our power grids to meet the demands of a rapidly evolving energy landscape. Have you encountered similar issues in your projects? Share your experiences and insights in the comments below! Together, we can explore solutions to propel the electrical engineering industry forward. #ElectricalEngineering #Infrastructure #RenewableEnergy" .

Exciting news from Solar MD! 🌞 Check out our latest BESS unit, featuring an impressive 3.9MWh/2.4MW capacity and equipped with 2x36000BTU air conditioners. In this video, witness the power of clean and sustainable energy as we push the boundaries of Battery Energy Storage Systems (BESS). Our commitment to a greener future is evident in every build, and this 3.9MWh unit is a testament to the strides we're making. A huge kudos to our dedicated battery manufacturing team, procurement department, and our talented mechanical and electrical engineers - all instrumental in turning these groundbreaking projects into a reality. Join us in celebrating the impact of renewable energy! 🌍💡 #SolarMD #BESS #RenewableEnergy #SustainableFuture"

What are the fundamental principles that electrical engineers should understand when working towards zero carbon emissions? How do these principles apply to everyday projects and decision-making processes? · Energy Efficiency: Electrical engineers can prioritize energy-efficient designs and technologies to minimize energy waste and maximize the utilization of available resources. · Renewable Energy Sources: Incorporating renewable energy sources like solar, wind, and hydropower into electrical systems can help reduce reliance on fossil fuels and decrease carbon emissions. · Carbon Footprint Reduction: Engineers can implement strategies such as carbon capture and storage, electrification of transportation, and grid optimization to reduce the carbon footprint of electrical systems and infrastructure. #Sustainability #ZeroCarbon #EnergyEfficiency #RenewableEnergy #SmartGrid #EnergyStorage #DecentralizedEnergy #Electrification #LifecycleAssessment #GreenEngineering #CleanEnergy #ElectricalEngineering #SustainableDesign #CarbonNeutral #EnvironmentalImpact

Energy storage systems are inherently more complex than PV only. Our team at Mayfield is very familiar with key aspects to consider for these projects. The demand for energy storage systems and microgrids is rising due to increasing weather events impacting our aging grid and the cost savings possible through resilient, closed local systems. In addition, new utility net metering rules, smart grids, and virtual power plants, among other evolving policies and solutions, all point to more storage-coupled renewable systems. Our industry needs to quickly become fluent in these systems to ensure safe, reliable systems that meet the goals of the project. For this month's Ask Mayfield Anything, we are excited to have a panel of experts from our own engineering team join Ryan Mayfield, including Brian Bruggeman, Greg Kamps, and Zach Snyder. We look forward to sharing some of this group's over 70 years of collective experience. Join us for this informative webinar, where the panel will delve into key design principles that underpin successful ESS and provide tangible solutions to the complex challenges faced by the industry. ☀🔋✔ You can register with the link in the comments. 👇 #askmayfieldanything #ama #renewableenergy #pveducation #Engineering #solarindustry #ESS #EnergyStorage