In 2024, the Grid Deployment Office (GDO) announced $7.6 billion in funding for projects across all 50 states and the District of Columbia, underscoring the growing need for an enhanced electrical grid.
The causes range from renewable energy integration and EV adoption to aging infrastructure, but the first issue that needs to be addressed is that America’s need for greater energy capacity is not being met.
The Department of Energy (DOE) has stated that 70% of the U.S. transmission lines are over 25 years old.
While transmission lines often have twice the lifespan, their age necessitates the use of trained professionals, such as grid engineers, for upgrades and the integration of renewable energy sources.
The projects will create numerous job opportunities for energy storage experts, whether they are removing old transmission lines, performing grid upgrades, or creating new and more efficient systems.
If you are considering an energy career, becoming an electrical grid engineer or grid control engineer can be a rewarding profession with ample opportunities available across the U.S., where you will also have the chance to contribute to creating a more stable system for future generations.
The Reasons Aging Grids Need Engineers
The gap in what a grid can do and what it is required to do has widened as renewables continue to rise. Add in aging transmission lines and outdated technology, and you have the recipe for blackouts or inefficient power distribution.
The Rise of Renewable Energy
Traditional power grids were built for one-way power flow. The plant creates power, which is then sent out to the customer on demand.
Renewable energy, like solar and wind energy, is a two-way or multi-dimensional power flow and requires a totally different approach. Energy flows out like traditional energy, but it can also return to the source (grid) as consumers sell the energy their solar panels create.
This bi-directional flow makes the grid more complex because:
- Voltage and frequency have to be constantly adjusted.
- Grid engineers would have to use advanced software and controls to prevent overloads and blackouts.
- They have to cope with many small producers feeding power in and pulling power out at different times.
The growth in renewables has improved reliability and has prompted the replacement of older equipment. Solar energy and solar storage have been found to provide reliable capacity during heat waves when demand is at its peak.
For many areas, access to renewable energy can’t be simply added to existing systems because the system must be modified or new systems installed to accommodate the differences.
According to a statement made by NREL in 2023, for the U.S. to switch to 80% clean energy by 2035 would mean doubling U.S. transmission capacity. Not just doubling the number of lines but also designing smarter control systems by engineers who can design and manage them.
Reliability Concerns
Along with the aging infrastructure, the U.S. electrical grid and transmission system also face blackouts and damaged equipment due to extreme weather events like heat waves, natural disasters, and wildfires.
The grid also isn’t prepared for the temperatures that North America now faces, thanks to climate change. Those who work on and plan the distribution of energy in the U.S. have catching up to do.
The two biggest outages in the past 20 years occurred in 2021 and 2022 because of extreme cold temperatures. Power planning didn’t predict the temperatures and couldn’t plan accordingly.
Grid Engineers Duties At a Glance
It seems obvious that the role of a grid engineer or a grid control engineer is more than just maintaining wires. It’s also:
- Performing system planning and load forecasting
- Integrating distributed generation for solar/wind
- Understanding grid stability modeling using specialized software
- Designing microgrids and control systems
- Testing and troubleshooting hardware and software components
- Monitoring and analyzing data in real-time to prevent blackouts
A grid engineer takes on tasks that make the grid more efficient, reliable and capable of handling modern energy needs.
Key Skills Grid Engineers and Energy Storage Experts Need
Grid engineers need a mix of traditional engineering skills and digital expertise. They also need the relevant soft skills to work with others and complete the job efficiently.
Technical Skills
- Knowledgeable in power systems design and protection
- Data and software skills in SCADA systems and digital twin simulation
- Cybersecurity awareness
- Safety and compliance
- Battery chemistry and systems for energy storage
Soft Skills
Along with a strong background in engineering and familiarity with industry-standard software, grid engineers and energy storage experts are often:
- Problem solvers
- Team-oriented
- Capable of efficient communication
- Project management experts
- Possess high attention to detail
- Adaptable and capable of continuous learning
These are just a few of the skills employers look for in grid engineers.
The Path to Becoming a Grid Engineer
Like many engineering paths, this profession requires a combination of education, technical skills, and practical experience.
- Education: Earn a relevant bachelor’s degree. This could be renewable energy engineering, mechanical engineering, or electrical engineering. Any degree that focuses on electrical systems, circuits, and energy technologies can help get you started.
- Develop specialized skills: Learn about smart grid technologies like renewable energy integration and data analysis.
- Certificates: Adding certifications or training can demonstrate your expertise in the field. The Association of Energy Engineers can help to get you started.
Consider ones that are recognized across the U.S. or internationally, like the Certified Energy Manager (CEM) or Renewable Energy Professional (REP).
- Gain practical experience: Hands-on experience in the field is one of the most important aspects of becoming a grid engineer. Look for internships or entry-level positions at engineering firms, utility companies, or the energy sector.
- Networking: Stay updated in your field and network with industry veterans. Professional organizations and conferences can help you find opportunities for experience and keep you up-to-date.
If you’re interested in a leadership position, you may wish to pursue a Master’s Degree or consider a speciality to focus on.
Where the Jobs Are Right Now
Now is a great time to pursue a career in energy storage or as a grid engineer. Whether that is as a first career or changing careers, many different organizations need new employees to help modernize their transmission corridors and improve power storage.
Grid Engineering Roles
- Utilities and grid operators such as ISOs and RTOs offer stability, benefits, and the ability to make an impact on the U.S. power grid. Smaller and regional utilities may be easier to access thanks to apprenticeships and contracts.
- Nationwide engineering consultancies are regularly hiring entry to mid-level engineers to tackle transmission and distribution design. Large firms offer exposure to many projects across multiple states.
- Federal and State programs hire based on the DOE’s GRIP (Grid Resilience and Innovation Partnerships) initiative. This program is funding networks and microgrids in all 50 states.
Energy Storage Experts
In addition to many of the jobs available for grid engineers, energy storage experts may also wish to focus on states that specialize in one type of energy.
- The states of California, Texas, and the Southwest are experiencing rapid renewable energy growth for solar technology and are turning into hotspots for innovation.
- Iowa, Kansas, and Oklahoma have opportunities with increasing wind energy development.
- Universities and research centers are hiring energy storage experts to develop and deploy new energy storage technology.
The opportunities are there and they’re growing. You just have to be able to align your skills with where the industry is headed. That’s why grid engineers and storage experts are in need and shaping up to be a future-proof career.
Conclusion
If you’re serious about staying relevant in the energy industry, these roles don’t appear to be temporary.
As the U.S. energy system undergoes changes, grid engineering and energy storage expertise have become essential components of the transformation. Continue reading about work in the energy sector and see why they are permanent parts of the future energy workforce.