Missouri Wind And Solar Podcast Wes Shank

This podcast with Wes and David delves into the topic of wind turbines and the misconception that amperage is the only indicator of performance. They discuss the importance of the MPPT (Maximum Power Point Tracking) controller in regulating the performance of the turbine.
The MPPT controller is responsible for analyzing the incoming voltage from the wind turbine and the state of the battery to determine what the amperage should be. This is important because simply increasing the amperage without considering the voltage and battery state can actually decrease the performance of the turbine.
Wes and David also discuss the benefits of using MPPT controllers, including the ability to maximize the power output of the turbine and extend the life of the battery. They provide valuable insights on how to properly set up and maintain a wind turbine system for optimal performance.
Overall, the podcast is an informative and insightful discussion on the importance of understanding the role of the MPPT controller in wind turbine systems and how it can affect performance.

 
The Missouri Wind and Solar podcast provides a valuable discussion on the differences between 12 volt, 24 volt, and 48 volt wind turbines. The podcast explains that the voltage of a wind turbine refers to the amount of electrical power it generates, and it is a crucial factor in determining the overall efficiency of a wind energy system.
The podcast explains that choosing the right voltage for a wind turbine depends on several factors, including the amount of power needed, the size of the system, and the distance between the turbine and the battery bank. The higher the voltage, the lower the wire resistance, and the longer the distance the electricity can be transmitted without losing power.
Overall, the Missouri Wind and Solar podcast provides a valuable discussion on the differences between 12 volt, 24 volt, and 48 volt wind turbines and highlights the importance of choosing the right voltage for a wind energy system based on the specific needs and requirements of the application.

Join hosts Wes Shank and David McDaris as they explore the cutting-edge technology of Missouri Wind and Solar's revolutionary Stratus 3 inverter. In this podcast, Wes and David delve into the pros and cons of this game-changing off-grid split-phase inverter, designed to harness the full potential of solar energy.
With its sleek and innovative design, the Stratus 3 inverter brings forth a myriad of advantages. One key highlight is its robust power output, boasting an impressive 10KW capacity. This enables homeowners and businesses alike to generate substantial electricity, meeting their energy demands with ease. The split-phase functionality further enhances flexibility, allowing for a balanced distribution of power across multiple appliances and devices.
Moreover, the Stratus 3 inverter stands out for its intelligent features. Equipped with advanced technology, it employs MPPT (Maximum Power Point Tracking) algorithms to maximize the efficiency of solar energy conversion. This means users can enjoy optimal power generation, even in challenging weather conditions, such as partial shading or low light.
Efficiency is not the only virtue of the Stratus 3; its durability and reliability shine as well. Crafted with high-quality materials, it boasts a sturdy construction that withstands harsh environmental conditions, ensuring longevity and peace of mind for users. Additionally, its comprehensive protection mechanisms guard against voltage fluctuations, short circuits, and other potential hazards, safeguarding both the inverter and connected devices.
Unleash the full potential of solar energy with Missouri Wind and Solar's Stratus 3 inverter. Tune in to Wes and David's podcast to discover how this game-changing innovation is revolutionizing off-grid power systems, empowering individuals and communities to embrace sustainable and efficient solar solutions.

Missouri Wind and Solar recently introduced its new MPPT wind turbine charge controller, the Smart Boost. This innovative product is designed to increase the charging efficiency of wind turbines and prolong the life of the battery bank by ensuring a consistent and stable charge flow.
In their podcast, Missouri Wind and Solar discussed the Smart Boost in detail, highlighting its key features and benefits. They explained that the Smart Boost is an intelligent charge controller that uses Maximum Power Point Tracking (MPPT) technology to optimize the energy output of wind turbines. The device is equipped with a technology that continuously monitors and adjusts the charging process to ensure that the battery bank receives the maximum amount of energy possible.
Another important feature of the Smart Boost is its ability to protect the battery bank from overcharging, which can lead to damage and reduce the lifespan of the batteries. The charge controller automatically adjusts the charging voltage and current based on the state of charge of the batteries, ensuring that they are always charged to the appropriate level.
Missouri Wind and Solar also emphasized that the Smart Boost is easy to install and use, with a user-friendly interface that allows users to monitor the charging process and adjust the settings as needed. The device is compatible with a wide range of wind turbines and battery banks, making it a versatile and cost-effective solution for off-grid and remote power systems.
Overall, the Smart Boost is an innovative and reliable MPPT wind turbine charge controller that offers numerous benefits to users. With its advanced features and user-friendly design, it is sure to be a popular choice among renewable energy enthusiasts and off-grid homeowners.

The Missouri Wind and Solar podcast recently explored the topic of trading in solar panels. The hosts discussed the pros and cons of trading in old solar panels for newer models, as well as some of the factors to consider when making this decision.
One of the main benefits of trading in solar panels is that it allows homeowners to upgrade to newer, more efficient panels. This can help them save money on their energy bills over time and reduce their carbon footprint. Additionally, some solar panel manufacturers offer trade-in programs that allow customers to receive a discount on their new panels.
However, the hosts also discussed some of the potential downsides of trading in solar panels. For example, it can be difficult to determine the value of used solar panels, and some companies may offer low trade-in values. Additionally, trading in panels can be time-consuming and may require the homeowner to take down their old panels and install the new ones themselves.
Overall, the Missouri Wind and Solar podcast provided a thoughtful exploration of the benefits and drawbacks of trading in solar panels. Listeners who are considering this option can use the information provided to make an informed decision that meets their needs and budget.

In this podcast, Wes and David from Missouri Wind and Solar discuss the importance of properly sizing your solar panel system and why oversizing can be beneficial. They begin by explaining the various factors that affect the size of a solar panel system, such as energy usage, location, and climate. They emphasize the need to accurately assess your energy needs to avoid under or overestimating the necessary system size.
The hosts then delve into the benefits of oversizing your solar panel system. They explain that oversizing can help compensate for energy losses due to weather or shading, provide extra power during peak usage periods, and allow for future expansion of your system. They also discuss the cost-effectiveness of oversizing, as it can be more cost-effective to add extra panels during the initial installation rather than later on.
Throughout the podcast, Wes and David share their expertise and offer practical tips for those considering installing a solar panel system. They provide insight into how to properly size your system and the benefits of oversizing to help listeners make informed decisions about their solar panel installations.