Electrification Charges Forward

Electrification Charges Forward

The path toward a sustainable future involves transitioning to clean energy and decreasing our reliance on fossil fuels.

The introduction of the incandescent light bulb in the 1880s was the first spark that set humanity on the course of electrification. Although by 1925, only half of American homes had electricity, advances in electrical technology over the next decades greatly increased our dependence on power. In modern times, rapid advancements in emerging technologies, such as electric vehicles (EVs) and smart devices, requires further electrification and making the additional energy use that all these devices require safe and efficient. 

Electrification is defined as the transition from fossil fuels, including coal, natural gas and oil to clean, renewable energy sources. The challenges to updating the electrical grid to account for the impending energy demands and reliance are great. To fully electrify all systems, processes and devices in homes, commercial buildings and industrial facilities, a significant effort needs to be implemented to update infrastructure for the electrical grid to support the additional demand for energy.

The Transition to Clean Energy 

Electricity today is still generated primarily by natural gas and coal, but as society pushes toward renewable, sustainable and low-carbon energy sources, so does the need for additional electrification. Devices that were once powered by oil and gas, vehicles and even household appliances, are now being powered by electricity. To accommodate these evolving needs, a major infrastructure upgrade to the utility grid presents a massive opportunity that will require substantial investments. The transition to clean energy has been boosted by federal funding and stimulus programs.

The Infrastructure Investment and Jobs Act (IIJA) provides significant funding of $110 billion for energy and climate infrastructure. The Inflation Reduction Act of 2022 (IRA) provides an additional $369 billion for clean energy and climate investment for low-carbon technologies. This equates to $479 billion for new climate and energy spending. This funding will support advancements in EV charging infrastructure, advanced manufacturing production for sustainable products, advanced industrial facilities and even sustainable aviation fields. Transportation presents the biggest opportunity, as it is estimated by an S&P Global Mobility report that the U.S. will need to expand its charging infrastructure by eight times by 2030. Fast chargers will be needed at charging stations throughout the country for light vehicles and trucks to support the transition from gas-powered vehicles.

Tax credits for alternative energy investments can present an additional incentive for consumers and businesses. The 179D deduction in the IRA enables building owners to claim a tax deduction for qualifying systems in their buildings. A tax deduction of up to $1.88 per square foot is available for new or existing buildings that install technology that reduces energy and power costs, which can help lower and offset costs for upgrading to energy-efficient systems and processes. Under the Internal Revenue Code Section 30D, if a consumer bought a new, qualified EV in 2022 or before, they may be eligible for a tax credit of up to $7,500. Solar photovoltaic (PV) systems are also eligible for a tax credit depending on the year it was installed. It ranges from a credit of 26 percent to 30 percent.

An example of the evolution of electrification in homes is the transition from incandescent light bulbs to compact fluorescent light bulbs and now to LED light bulbs, as well as the shift from appliances powered by gas to those powered by electricity. Now the goal of electrification is to make the energy we use today more efficient in whatever setting we are in, whether it’s at home or in our offices. The evolution of electrification in buildings was amplified with the push for LEED-certified buildings, which began in 1993. LEED-certified buildings improve energy efficiency and lower carbon emissions. Now there’s a push for net zero buildings, which produce the same amount of energy as they use. According to the International Energy Agency (IEA), an investment of $27 trillion is required to reach net zero by 2050.

Optimizing Energy Use and Resilience 

Discussions of electrification and the movement towards adopting the widespread use of EVs have proliferated in the media, but how possible is it to fully electrify all systems and processes? It may be possible but will require significant infrastructure upgrades and require monetary investments.

According to International Energy Outlook 2021 published by the U.S. Energy Information Administration (EIA), the EIA predicts a nearly 50 percent increase in world energy use by 2050. This level of energy demand is going to require the development of infrastructure that is more energy efficient. E-mobility, or the electrification of transportation, as described by ESFI, is getting the most attention and the most monetary investments through government stimulus. It is one of the most visible advancements in electrification, as all larger vehicle manufacturers now have at least one type of EV on the market.

There is a major opportunity to optimize energy use and resiliency of buildings while also lowering energy costs. For commercial buildings, lighting systems represent the biggest opportunity to be more energy efficient, while in industrial facilities, motors could be electrically driven. Buildings are charged based on electricity usage. Using too much electricity during peak hours can incur a surcharge. Installing energy storage allows a building to store energy for use during peak hours to avoid higher energy costs. Energy storage systems allow you to run on battery power and use off-peak energy from the grid to recharge.

An opportunity for companies is to improve their Environmental, Social, and Governance (ESG) goals. ESG is described as an organization’s sustainable and ethical efforts. The Securities and Exchange Commission (SEC) is requiring quantifiable evidence of ESG efforts for certain registered investment advisers, advisers exempt from registration, registered investment companies and business development companies. This ensures businesses are providing an honest account of their sustainability efforts. This requirement will propel more businesses to be more energy efficient and socially conscious.

Overcoming Energy Demands 

The three major challenges to increasing electrification include developing the infrastructure to handle increased energy use, the scale to which the infrastructure needs to be developed and supply chain delays. The supply chain is still suffering from COVID-19 pandemic-related labor shortages and shutdowns. There are also shortages of EV battery materials and transformers, which are essential to electrical transmission and distribution. If electricity demand is going to double, there is not enough power currently being generated or the infrastructure to support that growth. Our connected devices and round-the-clock connectivity depend on power. Losing power when all things are electrified will be detrimental.

For industrial facilities, many operations today are not electrically generated, as most operate by natural gas, while many homes are also still heated by fossil fuels. It will take some time to move towards electrifying both of those systems. Another challenge will be paying more to help utilities build out all the new infrastructure. It costs a significant amount of money to become greener and more energy efficient. The infrastructure you build needs to be reliable because of our dependence on electricity and devices. Navigating the IIJA and IRA bills to stimulate all this change is also a challenge. Even if new infrastructure is built, the scale to which it needs to be developed is massive. Even if the money is there to develop it, it is a challenge to get the product to build it because of supply chain issues.

Navigating the Electrified Future

The scale to which the electrical grid infrastructure needs to be developed and upgraded to complete the transition to clean energy and achieve the goal of becoming net zero by 2050 is expansive. The monetary investment alone would be $27 trillion, and with a struggling supply chain, the acquisition of materials for this expansion will be challenging. However, with a federal government stimulus of $479 billion for climate and energy spending, these goals can be achieved. Electrification is charging ahead, so it is imperative that the additional demand for energy is utilized safely and efficiently. The transition to clean energy and less dependence on fossil fuels is the way of the future. These changes will ultimately allow businesses and consumers to operate as responsibly and consciously as possible to improve society as a whole.

Navigating this new landscape can be difficult, but there are partners available and ready to assist you in improving the energy efficiency and sustainability of your building, business or facility. For more information about ESFI, visit esfi.org.

About the Authors

Brett Brenner is the President of the Electrical Safety Foundation International (ESFI), the premier non-profit organization dedicated exclusively to promoting electrical safety at home and in the workplace. Over the past 16 years, Mr. Brenner has developed aggressive marketing and awareness campaigns to advance electrical safety. Such accesses have established ESFI as the primary source for unbiased electrical safety information to reduce electrically related deaths, injuries, and property losses. Mr. Brenner is a graduate of Radford University and is active in many professional organizations promoting public safety, including the National Fire Protection Association’s Educational Messages Advisory Council.

Mr. Squires was named Executive Vice President and General Manager - Electrical & Electronic Solutions of Wesco International in June of 2020. Prior to this appointment, he held the role of Senior Vice President and Chief Operating Officer from October of 2019 to May of 2020, Group Vice President and General Manager for Canada and International from January of 2018 to September of 2019, and Group Vice President and General Manager of Wesco’s Canadian operations from August of 2015 to January of 2018. Before joining Wesco, Mr. Squires was Vice President and General Manager of North American Gases and President of Air Products Canada Limited for Air Products and Chemicals, Inc. Mr. Squires joined Air Products in 1989 as a Sales Engineer and earned numerous assignments of increasing responsibility in region and general management positions, mergers and acquisitions and investor relations. Mr. Squires served as a Captain in the U.S. Army and holds a Bachelor of Science degree from Wake Forest University.