For the Nobles Repower project, JMS Energy collaborated closely with Mortenson, a prominent leader in renewable energy construction. This extensive project involved significant upgrades and refurbishments to enhance the efficiency and reliability of the wind turbines at the Nobles site.
Scope of Work:
1. De-Termination of Components: – JMS Energy expertly de-termed the HUB, Gearbox, Generator, and Top box. This critical step ensured that all components were safely disconnected and prepared for the upcoming upgrades and installations.
2. Top Box Upgrades: – Upgrades were performed on the Top box, a key component responsible for housing essential electrical and control systems. These upgrades were designed to improve the overall performance and reliability of the wind turbine’s electrical systems.
3. FAA Lights Installation: – JMS Energy installed new FAA-compliant lights on the nacelles, ensuring that the wind turbines met all necessary aviation safety standards. These lights are crucial for visibility and compliance with federal regulations.
4. Refurbishment and Reinstallation: – Mortenson refurbished the Gearbox and Generator, bringing them up to the latest operational standards. JMS Energy assisted in the reinstallation of these refurbished components, along with the upgraded Top box. This collaborative effort ensured that the turbines operated with enhanced efficiency and reduced downtime.
5. Re-Termination and System Integration: – Following the upgrades and refurbishments, JMS Energy meticulously re-terminated the HUB, Gearbox, Generator, and Top box. This process involved reconnecting all components, ensuring seamless integration and optimal performance.
6. ADLS System Installation: – JMS Energy installed an Aircraft Detection Lighting System (ADLS), a state-of-the-art technology designed to minimize the visual impact of wind turbines on surrounding areas. The ADLS system activates the FAA lights only when an aircraft is detected, reducing light pollution and maintaining compliance with aviation regulations.
Project Outcome:
The Nobles Repower project successfully enhanced the operational efficiency and compliance of the wind turbines. Through close collaboration with Mortenson and the application of advanced technologies, JMS Energy ensured that the Nobles wind farm operates at peak performance, contributing to sustainable energy production and environmental stewardship.
Renewable energy trends are rapidly evolving as we move through the latter half of 2024. Q3 and Q4 present unique opportunities and challenges shaped by technological advancements, regulatory changes, and market dynamics. Leveraging insights from Deloitte’s Renewable Energy Industry Outlook, we will explore these trends and focus on how JMS Energy’s services align perfectly with these developments.
Accelerated Adoption of Renewable Energy Trends Technologies
The demand for renewable energy technologies is accelerating, driven by advancements in solar, wind, and energy storage solutions. This growth is propelled by decreasing costs and improved efficiency, making renewable energy more competitive with traditional energy sources.
JMS Energy’s Role:
Solar Energy Solutions: JMS Energy provides comprehensive solar energy services, including project development, installation, and maintenance. With a focus on high-efficiency photovoltaic systems, JMS ensures clients benefit from the latest technological advancements.
Wind Energy Services: JMS Energy specializes in wind farm development, offering services from site assessment and feasibility studies to installation and maintenance. Their expertise in both onshore and offshore wind projects positions them to capitalize on the growing demand for wind energy.
Energy Storage Expansion
Energy storage remains a critical component in balancing supply and demand, integrating renewable sources, and enhancing grid stability. The latter half of 2024 will see significant investments in energy storage technologies, particularly lithium-ion batteries and emerging alternatives.
JMS Energy’s Role:
Battery Storage Solutions: JMS Energy’s battery storage solutions help clients manage energy more effectively. By integrating advanced energy storage systems, JMS enables businesses and utilities to store excess energy and deploy it during peak demand periods, enhancing reliability and reducing costs.
Grid Modernization and Smart Technologies
Modernizing the grid to accommodate a higher penetration of renewable energy sources is crucial. This includes deploying smart grid technologies, improving grid resilience, and enhancing grid management capabilities.
JMS Energy’s Role:
Grid Modernization Services: JMS Energy offers comprehensive grid modernization solutions, including smart grid technology integration, grid management systems, and infrastructure upgrades. Their services ensure that the grid can efficiently handle the influx of renewable energy, reducing outages and improving overall performance.
Policy Support and Regulatory Changes
Supportive policies and regulatory frameworks are key drivers for the renewable energy sector. Governments worldwide are introducing incentives, subsidies, and mandates to promote the adoption of renewable energy technologies.
JMS Energy’s Role:
Regulatory Compliance and Consulting: JMS Energy assists clients in navigating the complex regulatory landscape. Their consulting services ensure that projects comply with all local, state, and federal regulations, maximizing the benefits from available incentives and avoiding potential legal pitfalls.
Emerging Markets and Global Expansion
Emerging markets are witnessing a surge in renewable energy investments, driven by growing energy demand and favorable economic conditions. This trend is expected to continue through Q3 and Q4 of 2024.
JMS Energy’s Role:
International Project Development: JMS Energy’s international project development services cater to the growing demand in emerging markets. By leveraging their global expertise, JMS helps clients navigate the unique challenges of developing renewable energy projects abroad, from feasibility studies to project financing and execution.
Frequently Asked Questions (FAQ)
Q1: What renewable energy trends services does JMS Energy offer? A1: JMS Energy offers a range of services, including solar and wind energy solutions, battery storage, grid modernization, regulatory compliance consulting, sustainability consulting, and international project development.
Q2: How does JMS Energy help with regulatory compliance? A2: JMS Energy’s regulatory compliance services ensure that projects adhere to all relevant local, state, and federal regulations. Their consulting team helps clients maximize incentives and avoid legal issues.
Q3: What are the benefits of JMS Energy’s battery storage solutions? A3: JMS Energy’s battery storage solutions help manage energy more effectively by storing excess energy during low demand and deploying it during peak periods. This enhances grid reliability, reduces costs, and improves overall energy management.
Q4: How can JMS Energy support sustainability and ESG initiatives? A4: JMS Energy provides sustainability consulting services, including energy audits and carbon footprint analysis. They help businesses develop and implement strategies to meet their renewable energy and ESG goals.
Q5: Does JMS Energy operate internationally? A5: Yes, JMS Energy offers international project development services, catering to the renewable energy needs of emerging markets. They provide comprehensive support from feasibility studies to project execution.
By aligning with these emerging trends in the renewable energy trends sector, JMS Energy is well-positioned to drive innovation and support the global transition to a sustainable energy future. For more information on how JMS Energy can assist with your renewable energy needs, visit JMS Energy.
As we navigate through the latter half of 2024, understanding and capitalizing on renewable energy trends becomes increasingly vital for businesses and communities worldwide. JMS Energy is at the forefront of these renewable energy trends, offering services that align perfectly with the industry’s evolving needs. From the accelerated adoption of advanced technologies and the expansion of energy storage solutions to the modernization of grids and navigating regulatory changes, JMS Energy is equipped to address the critical renewable energy trends shaping the future. Their commitment to sustainability and ESG initiatives, combined with their expertise in emerging markets, ensures that JMS Energy remains a pivotal player in driving these renewable energy trends. By focusing on the most significant renewable energy trends, JMS Energy helps clients harness the potential of clean energy, contributing to a more sustainable and resilient energy landscape.
Completed Project Overview for JMS Energy: Sunflower ADLS in Marion, KS
Brief on Sunflower ADLS Project by JMS Energy
Project Overview JMS Energy successfully completed a project titled “Sunflower ADLS” in Marion, Kansas. This project was executed in collaboration with Wanzek, a prominent name in construction and renewable energy solutions. The Sunflower ADLS (Aircraft Detection Lighting System) project aimed to enhance the safety and operational efficiency of the site by installing a robust lighting system that activates in the presence of aircraft, thereby reducing light pollution and energy consumption.
Key Tasks and Responsibilities
1. Trenching and Installation of Power and Fiber: – Trenching: JMS Energy undertook extensive trenching operations to lay the groundwork for power and fiber optic cables. This involved precise excavation to ensure minimal environmental disruption and optimal cable placement. – Power Installation: The team installed power lines crucial for the functioning of the ADLS tower. This required meticulous planning and execution to ensure a stable and reliable power supply. – Fiber Optic Installation: Fiber optic cables were installed to facilitate high-speed data communication. This installation is vital for the efficient operation of the ADLS system, ensuring real-time communication and control.
2. Construction of Communication and Power Rack: – JMS Energy built a specialized rack within the ADLS fenced area. This rack houses the communication and power systems, serving as the central hub for the ADLS tower’s operational infrastructure. The construction of this rack required precision engineering to accommodate all necessary equipment securely and efficiently.
3. Ground Grid Testing: – Conducted comprehensive ground grid testing to ensure the safety and effectiveness of the electrical grounding system. This step is critical to protect both the equipment and personnel from electrical hazards.
4. Megger Testing: – JMS Energy performed Megger testing to assess the insulation resistance of the electrical components. This testing is essential to prevent electrical failures and ensure long-term reliability of the power system.
5. Fiber Splicing and OTDR Testing: – Fiber Splicing: The team expertly spliced fiber optic cables at both ends to ensure seamless connectivity. Precision in fiber splicing is crucial to maintain the integrity and performance of the fiber optic network. – OTDR Testing: Optical Time-Domain Reflectometer (OTDR) testing was performed to evaluate the quality and performance of the fiber optic installation. This testing helps identify any faults, losses, or reflections in the fiber run, ensuring optimal performance.
Project Outcomes The successful completion of the Sunflower ADLS project by JMS Energy resulted in several significant outcomes: – Enhanced Safety: The installation of the ADLS system has significantly improved the safety of the area by providing reliable aircraft detection and lighting. – Operational Efficiency: The integration of high-quality power and communication infrastructure ensures the ADLS system operates efficiently and reliably. -Environmental Impact: The use of an ADLS system helps minimize light pollution, thereby contributing to environmental conservation efforts.
Conclusion The Sunflower ADLS project in Marion, Kansas, stands as a testament to JMS Energy’s expertise in delivering complex energy solutions. The collaboration with Wanzek, along with the meticulous execution of various technical tasks, underscores JMS Energy’s commitment to quality, safety, and innovation in the renewable energy sector.
Wind and Energy Jobs are often cited as a great industry to get your foot in the door. One company at the forefront of this transformation is JMS Energy. Known for their comprehensive approach to renewable energy solutions, JMS Energy offers a variety of wind and energy jobs that cater to professionals eager to make a difference. This blog delves into seven exciting job opportunities available at JMS Energy and explores what makes this company an exceptional place to build your career. This blog dives into the many Wind and Energy Jobs available with the company.
About JMS Energy
JMS Energy is dedicated to delivering sustainable energy solutions through innovation and expertise. With a strong commitment to renewable energy, the company has been instrumental in implementing projects that harness wind power, solar energy, and other sustainable resources. Their mission is to create a cleaner, greener future by developing and maintaining energy solutions that are both efficient and environmentally friendly. For those passionate about the renewable energy sector, JMS Energy offers a supportive environment where your skills and ambitions can thrive.
Current Wind and Energy Jobs at JMS Energy
1. IT Support Specialist
As an IT Support Specialist, you will provide technical support to ensure the smooth operation of IT systems within JMS Energy. This role is crucial for maintaining efficient and secure technology infrastructure.
Responsibilities:
Troubleshoot and resolve hardware and software issues.
The Project Manager oversees various renewable energy projects from inception to completion. This role is ideal for individuals with strong organizational skills and a knack for leadership.
Responsibilities:
Plan and execute renewable energy projects.
Manage project budgets and timelines.
Coordinate with teams and stakeholders to ensure project success.
Journeyman Electricians at JMS Energy are responsible for installing and maintaining electrical systems in renewable energy projects. This role requires technical expertise and attention to detail.
Responsibilities:
Install and repair electrical systems in wind and solar projects.
Ensure compliance with electrical codes and safety standards.
As an Estimator for renewable projects, you will be responsible for preparing cost estimates for renewable energy installations. This role is essential for project planning and budgeting.
Fiber Optic Technicians at JMS Energy install and maintain fiber optic cables for communication systems in renewable energy projects. This role requires precision and technical skills.
Responsibilities:
Install and splice fiber optic cables.
Perform testing and troubleshooting of fiber optic networks.
Battery Storage Technicians are responsible for installing and maintaining battery storage systems in renewable energy projects. This role is crucial for ensuring energy storage solutions are efficient and reliable.
Responsibilities:
Install and maintain battery storage systems.
Perform testing and troubleshooting of battery systems.
Ensure compliance with safety and regulatory standards.
Solar Technicians at JMS Energy are responsible for installing and maintaining solar panels and related equipment. This role is vital for the efficient operation of solar energy systems.
Responsibilities:
Install and maintain solar panels and inverters.
Perform inspections and repairs.
Ensure compliance with industry standards and safety regulations.
Choosing JMS Energy for your career in wind and energy jobs means joining a company that values innovation, sustainability, and professional growth. JMS Energy provides a supportive and collaborative work environment where employees are encouraged to develop their skills and pursue their career goals. With a focus on renewable energy, JMS Energy offers the opportunity to be part of projects that have a real impact on the environment and the future of energy.
Frequently Asked Questions (FAQ): Wind and Energy Jobs
1. What qualifications are required for a Wind Turbine Technician at JMS Energy?
Answer: Typically, a technical degree or certification in wind energy technology or a related field is required, along with relevant experience in maintenance and repair of wind turbines.
2. What makes JMS Energy a great place to work?
Answer: JMS Energy offers a dynamic work environment with opportunities for professional growth and development. The company is committed to sustainability and innovation, providing employees with the chance to work on impactful renewable energy projects.
3. How can I apply for a job at JMS Energy?
Answer: You can apply for job opportunities at JMS Energy by visiting their careers page and submitting your application online.
4. What kind of projects does JMS Energy work on?
Answer: JMS Energy works on a variety of renewable energy projects, including wind farms, solar energy installations, and other sustainable energy solutions.
5. Does JMS Energy offer internships or entry-level positions?
Answer: Yes, JMS Energy offers internships and entry-level positions for individuals looking to start their careers in the renewable energy sector. Check their careers page for available opportunities.
6. What is the company culture like at JMS Energy?
Answer: JMS Energy fosters a culture of innovation, collaboration, and sustainability. The company values teamwork and encourages employees to share ideas and contribute to the company’s success.
7. What benefits does JMS Energy provide to its employees?
Answer: JMS Energy offers competitive salaries, comprehensive benefits packages, and opportunities for professional development and advancement. Employees also have the satisfaction of working for a company dedicated to making a positive environmental impact.
Embark on an exciting career journey with JMS Energy and be part of the future of renewable energy. Explore the various wind and energy jobs available and find the perfect role that aligns with your skills and passion. Visit JMS Energy’s careers page to apply today!
JMS Energy excels in the installation of wind turbines, offering turnkey solutions that encompass site assessment, procurement, installation, and commissioning. Their experienced team ensures that each turbine is optimally placed to maximize energy production.
2. Maintenance and Repair Services
To ensure the longevity and efficiency of wind turbines, JMS Energy provides comprehensive maintenance and repair services. These wind energy solutions include, regular inspections and timely repairs are critical to maintaining the performance of wind energy systems.
3. Repowering Existing Wind Farms
Repowering existing wind farms is a key service offered by JMS Energy. This process involves upgrading older turbines with modern, more efficient models. Repowering can significantly enhance the energy output of a wind farm without the need for new site development. This approach is not only cost-effective but also environmentally friendly, as it maximizes the use of existing infrastructure. JMS Energy’s expertise in repowering ensures that wind farms can continue to operate at peak efficiency, contributing to greater overall energy production.
To complement their wind energy systems, JMS Energy offers advanced energy storage solutions. These systems store excess energy produced during high wind periods, which can then be used during times of low wind. This ensures a consistent and reliable energy supply.
5. Custom Wind Energy Solutions
JMS Energy understands that each project is unique. They offer custom wind energy solutions tailored to meet the specific needs of their clients. From small-scale installations to large wind farms, JMS Energy provides personalized service to ensure optimal outcomes.
6. Community Engagement and Education
JMS Energy is committed to engaging with local communities and educating them about the benefits of wind energy. They work closely with stakeholders to ensure that projects are welcomed and supported, fostering a positive relationship with the community.
7. Innovative Safety Measures
Safety is a top priority at JMS Energy. They employ the latest safety protocols and technologies to protect their workers and the environment. This includes regular safety training, state-of-the-art equipment, and stringent safety standards. For more details on their safety measures, visit their safety page.
Frequently Asked Questions (FAQ)
What is wind energy?
Wind energy is the process of converting wind power into electricity using wind turbines. It is a renewable energy source that is both sustainable and environmentally friendly.
Why is repowering important?
Repowering involves upgrading older wind turbines with newer, more efficient models. This process increases energy production and extends the life of a wind farm without the need for new land development, making it a cost-effective and eco-friendly solution.
How does JMS Energy ensure the safety of its wind energy projects?
JMS Energy employs rigorous safety protocols, regular training, and the latest safety technologies to protect workers and the environment. They adhere to strict safety standards to ensure that all projects are conducted safely.
What are the benefits of wind energy?
Wind energy is a clean, renewable source of power that reduces greenhouse gas emissions, decreases dependence on fossil fuels, and provides a sustainable energy solution for the future.
How can I get started with a wind energy project with JMS Energy?
You can get started by visiting JMS Energy’s website and contacting their team for a consultation. They will assess your needs and provide a tailored solution to meet your energy goals.
JMS Energy is dedicated to providing innovative and safe wind energy solutions that drive sustainability and efficiency. By leveraging their expertise and commitment to excellence, they are helping to shape a cleaner and more sustainable future.
Completed Project Overview for JMS Energy: White Rock in Anadarko, OK
JMS Energy: Wind Energy Construction Experts
JMS Energy is a leading contractor in the commercial wind energy industry, with over 20 years of experience providing high-quality services. They specialize in internal tower wiring and have a proven track record of success in completing complex wind turbine projects.
A Commitment to Safety and Expertise
Safety is a core value at JMS Energy. Their dedicated teams are equipped with expert knowledge and a strong commitment to upholding exceptional safety standards on every project. This ensures not only the well-being of their workers but also the timely and successful completion of each endeavor.
White Rock Wind Farm: A Case Study in Collaboration
One example of JMS Energy’s expertise is their collaboration with Mortenson on the White Rock Wind Farm located in Anadarko, Oklahoma. This project involved the construction of a Vestas wind farm consisting of 51 Wind Turbine Generators (WTGs) – 49 V162 and 2 V136 models. Superintendents Joel Garcia and Valentin Palacios played key roles in overseeing the successful completion of the project.
Beyond White Rock: A Range of Wind Services
JMS Energy offers a comprehensive suite of wind energy services, including:
* Upfront project consulting * Project development assistance * Site development support * Engineering services (geotechnical, civil, electrical, structural, and SCADA design) * Civil, road, and earthwork construction * Environmental compliance * Infrastructure and foundation construction * Underground and overhead electrical collection construction * Overhead high voltage transmission construction * Substation and switchyard construction * Tower and turbine construction * Tower wiring and mechanical completion * Operations and maintenance services
For more information on JMS Energy’s capabilities and experience in the wind energy sector, visit their website at jmsenergy.net.
In the realm of renewable energy, the concept of repowering holds significant promise for enhancing efficiency and sustainability. Repowering involves upgrading existing power installations with newer, more advanced technology. While this can apply to various types of power plants, wind farms particularly benefit from repowering due to the rapid technological advancements in wind turbine design and efficiency.
What is Wind Farm Repowering?
Wind farm repowering entails the comprehensive overhaul of older wind turbines with modern, more powerful counterparts. Instead of simply upgrading individual turbines, entire wind farms—comprising numerous older units—are replaced with fewer, more efficient turbines. This strategic upgrade allows for increased electricity generation capacity, often utilizing turbines with larger towers and longer rotor blades.
Benefits of Wind Farm Repowering
Increased Efficiency
Modern wind turbines are capable of generating significantly more electricity than their predecessors, thanks to advancements in blade design and turbine technology. These turbines can produce more energy at lower rotational speeds, optimizing their efficiency and output.
Environmental Impact
One of the key advantages of wind farm repowering is its positive impact on the environment. By reducing the number of turbines needed while increasing their individual capacity, repowering helps mitigate the ecological footprint of wind energy projects. Larger turbines with slower rotations are also less disruptive to local wildlife habitats, contributing to biodiversity conservation efforts.
Visual and Aesthetic Improvements
Beyond technical benefits, repowering enhances the visual appeal of wind farms. Larger turbines with slower rotations are more aesthetically pleasing, blending more harmoniously with the landscape compared to older, smaller turbines with faster-moving blades.
Contribution to Energy Transition
Repowering plays a crucial role in advancing the global transition to renewable energy sources. By enhancing the efficiency and output of existing wind farms, repowering helps meet growing energy demands sustainably, reducing reliance on fossil fuels and supporting the shift towards cleaner energy alternatives.
Case Studies and Examples
JMS Energy’s Approach
JMS Energy has been at the forefront of wind farm repowering initiatives, leveraging their expertise to transform aging wind installations into state-of-the-art energy producers. Their projects focus on maximizing energy output while minimizing environmental impact, exemplifying the benefits of repowering in real-world applications.
Additional Information and Resources
For more detailed insights into wind farm repowering and its benefits, explore JMS Energy’s dedicated page on wind energy solutions here.
What is the typical lifespan of a wind turbine before repowering is considered?
Wind turbine lifespan varies but typically ranges from 20 to 25 years. Repowering is considered when turbines approach the end of their operational life or when technological advancements offer significant efficiency gains.
How does repowering benefit energy efficiency?
Repowering replaces older turbines with newer models that can generate more electricity from the same wind conditions, thereby enhancing overall energy efficiency and output.
What are the environmental considerations of wind farm repowering?
Repowering reduces the number of turbines needed, minimizing land use and environmental impact. Newer turbines with larger blades also operate more quietly and are less disruptive to wildlife.
How does wind farm repowering contribute to the energy transition?
By increasing the efficiency and output of wind farms, repowering helps scale up renewable energy capacity, supporting global efforts to reduce carbon emissions and combat climate change.
What are the challenges associated with wind farm repowering?
Challenges include logistical complexities such as turbine transportation and installation, as well as regulatory considerations related to land use and environmental permits.
Wind farm repowering represents a pivotal strategy in the evolution of renewable energy infrastructure. By upgrading older wind turbines with advanced technology, repowering not only boosts energy efficiency and output but also fosters environmental sustainability and supports the global transition towards a cleaner, greener future. For more information on how JMS Energy leads the way in wind farm repowering projects, visit their website and explore their innovative solutions.
Completed Project Overview for JMS Energy: Storey Solar in Coolidge, AZ
Storey Solar Project in Coolidge, AZ
JMS Energy is proud to highlight our recent collaboration with Wanzek on the Storey Solar project in Coolidge, AZ. This project underscores our expertise in providing high-quality installation services for renewable energy infrastructure. Here’s a detailed look at the work we performed:
Project Scope and Objectives
The Storey Solar project aimed to enhance the energy infrastructure by integrating advanced fiber optic communication systems. Our role in this project was critical to ensuring seamless data transmission and operational efficiency for the solar facility. The key components of our work included the installation, termination, and testing of Outside Plant (OSP) fiber optic cables.
Installation of OSP Fiber Optic Cable
Our skilled technicians meticulously installed the OSP fiber optic cables throughout the Storey Solar site. This process involved:
Route Planning: Carefully planning the cable routes to optimize coverage and minimize potential disruptions.
Cable Laying: Precisely laying the fiber optic cables to ensure secure and protected installation, capable of withstanding environmental factors.
Protection Measures: Implementing protective measures to safeguard the cables from physical damage, ensuring long-term durability and reliability.
Termination and OTDR Testing
After the installation, we proceeded with the termination and rigorous testing of the fiber optic cables:
Termination: Our experts carefully terminated the fiber optic cables, ensuring accurate and reliable connections. This step is crucial for the seamless transmission of data across the network.
OTDR Testing: We performed Optical Time Domain Reflectometer (OTDR) testing to verify the integrity and performance of the fiber optic cables. OTDR testing helps in detecting any faults, splices, or bends in the cable, ensuring optimal performance.
Collaboration with Wanzek
Working alongside Wanzek, a leading provider of construction services for renewable energy projects, JMS Energy demonstrated our ability to collaborate effectively and contribute significantly to large-scale solar projects. Our combined expertise ensured the successful completion of the Storey Solar project, meeting all quality and performance standards.
Conclusion
The Storey Solar project in Coolidge, AZ, exemplifies JMS Energys’s commitment to excellence in renewable energy infrastructure. Our comprehensive approach to the installation, termination, and testing of OSP fiber optic cables ensures robust and reliable communication systems for solar facilities.
JMS Energy recently completed a significant project in collaboration with Mortenson, demonstrating our comprehensive expertise in renewable energy infrastructure. This project involved meticulous work on nacelle and section preparation for all tower sections, ensuring every component was primed for optimal performance. Here’s a detailed look at the tasks JMS Energy performed:
Nacelle and Section Preparation
JMS Energy undertook the critical task of preparing the nacelle and all tower sections, a foundational step in ensuring the efficient assembly and operation of the wind turbines. This preparation involved detailed coordination and precision to meet the project specifications and timelines.
Lowering and Bundling Cables
One of the core responsibilities was to lower and bundle all rotor, stator, and communications cables from the generator in the nacelle to the saddle deck. This process required meticulous handling to prevent damage and ensure seamless connectivity. The bundling of these cables is crucial for maintaining the integrity and functionality of the wind turbine’s electrical system.
Splicing and Bundling at Tower Sections
JMS Energy performed all necessary splicing and bundling of rotor, stator, and ground cables at each tower section. This step involved precise splicing techniques to ensure robust connections that can withstand the operational stresses of the wind turbine. Proper bundling at each section is essential for organized cable management and long-term reliability.
Terminations in Base Section
At the base section, JMS Energy carried out all DTA rotor, stator, and communication bundle terminations. These terminations are vital for integrating the various electrical components, ensuring that the wind turbine operates efficiently and safely.
OHM and Megger Testing
To guarantee the proper function of all rotor and stator cables, JMS Energy conducted thorough OHM and Megger testing. These tests measure the insulation resistance and continuity of the cables, identifying any potential issues before the wind turbine becomes operational. This step is critical for ensuring the reliability and safety of the electrical system.
This collaboration with Mortenson underscores JMS Energy’s ability to handle complex renewable energy projects with precision and expertise. From nacelle preparation to meticulous cable management and rigorous testing, JMS Energy ensures every aspect of the project meets the highest standards of quality and performance. Our commitment to excellence and attention to detail make us a trusted partner in the renewable energy sector.
JMS Energy Project Overview: Collaboration with Mortenson
JMS Energy collaborated with Mortenson on a comprehensive wind turbine project that showcased their expertise in renewable energy systems. The project included several critical tasks:
De-Termination and Re-Termination: The JMS Energy team de-terminated the HUB, gearbox, generator, and top box. After Mortenson reinstalled the refurbished gearbox and generator along with the upgraded top box, JMS Energy re-terminated all these components, ensuring seamless integration and functionality.
Upgrades and Installations: JMS Energy performed essential upgrades on the top box and installed new FAA lights on the nacelles, enhancing the operational efficiency and compliance of the turbines.
Turbine Relocation: Three complete turbines were meticulously relocated. JMS Energy provided white-glove de-termination of all rotor, stator, ground, and communications cables to ensure they could be reused when the towers were reinstalled. All cables up and down the tower in the DTA were re-wired and re-terminated.
Foundation and Pedestal Work: JMS Energy installed all grounding and conduit systems in the foundation and pedestal, ensuring robust and reliable connections.
Collection System Installation: The team trenched and installed the collection and fiber optic cables (FOC) from the pre-existing to the new turbine locations. Junction boxes for medium voltage (MV) cables and manholes for FOC terminations were also installed.
Transformer Installation and Testing: New transformers were installed at the new locations, and TTR testing was performed to ensure proper equipment functionality. JMS Energy also conducted VLF testing on all MV connections for the new collection system once all MV terminations were completed.
Low Voltage Cable Installation: All low voltage (LV) cables from the transformer to the PDC at the DTA were installed, completing the electrical setup for the new turbine locations.
This project highlights JMS Energy’s comprehensive capabilities in managing complex renewable energy projects, from de-termination and re-termination to upgrades, installations, and rigorous testing procedures. Their collaboration with Mortenson demonstrates their commitment to delivering high-quality, reliable renewable energy solutions.
