Why Building-as-a-Battery Solutions Work
Frank Carnevale
Executive | Board Member | Advisor | AI, Innovation & Energy Transformation | Opinions are my own.
One effective way for building owners to minimize energy costs is by transforming their buildings into energy batteries. While this concept isn't new, the growing focus on using electrification to support decarbonization presents a unique opportunity. Utilities are investing heavily in fortifying their grids, and aligning your building’s energy strategy with this trend can yield significant benefits. But how?
The more adaptable your building’s energy needs, the less you will pay for energy.
Why hasn’t this concept gained more traction across North America? In my experience, there are several reasons:
These factors are further complicated by the varying policies, rates, and regulatory frameworks across different states, provinces, and electrical system operator areas. However, with utilities increasingly investing in capital to decarbonize their grids, a prime opportunity exists to improve the pro forma for building-as-a-battery solutions.
Understanding Your Electricity Costs
Your distribution electricity rate is tied to the ability of a rate-regulated utility to earn a rate of return, typically around 9% of the equity portion of the total capital deployed in the grid. This rate also includes the pass-through costs of operating and maintaining the grid. Historically, these charges were relatively low compared to the actual cost of the commodity.
But, as utilities strive to decarbonize the grid by electrifying everything, new challenges emerge. Ensuring that electricity flows properly and safely at the grid’s edge requires a substantial deployment of new capital. The critical question is: where should that capital be deployed?
If the fortification is entirely rate-based, we could see a two to threefold increase in capital assets in the grid, resulting in a corresponding increase in the cost of delivered electricity to homes and businesses.
The alternative is for utilities to enable grid fortification on the customer’s side of the fence. By sharing the capital cost of infrastructure improvements, the overall economic impact on the ratepayer can be significantly reduced.
Making the Business Case
By enabling your building to function as an energy battery, you can mitigate rising energy costs more effectively than buildings that do not adopt this model.
Utilities can choose the model that best aligns with their customers’ ability to fund the infrastructure needed to decarbonize their grids. However, building owners can take control of their energy destiny by implementing solutions with a solid return on investment.
Steps for Building Owners to Consider
The building of the future actively saves you money on energy. Don't miss out!
领英推荐
A Mindset Shift
Energy consumers need to replace the "out of sight, out of mind" mentality with one of knowledge and empowerment. Here’s my favorite analogy: I remember being an early user of Waze to avoid traffic. At first, it felt like a cheat code as only a few cars were rerouted around traffic jams. But as more people adopted Waze, those routes became busier. Today, those who don’t use similar tools often find themselves stuck in traffic. While it may not offer a huge advantage anymore, can you afford not to use it?
If your building functions as a battery, you can capitalize on cost differences to operate your building more efficiently than competitors. This advantage can manifest in various ways, including higher building value, reduced business costs, or simply more money in your pocket. But within the next five years, adopting these strategies won’t be optional—it will be essential. So why wait?
The Opportunity Ahead
As the Innovations Lead for Dexterra , where they acquired my building controls company, I see the tremendous potential of converting buildings into enhanced value assets. Building Controls companies can be a great place to better understand the art of the possible.
As a driver of advice and digital implementation with utilities through BHC Canada , none of this works well without access to data. Unlock its potential.
Market conditions may be scattered and inconsistent, but the benefits for building owners are too significant to ignore. The time to act is now.
To learn more about you can assess your situation and ensure you're maximizing opportunities, book a meeting with me.
Frank Carnevale is President & CEO of BHC Canada , Innovations Lead at Dexterra and Member of Board of Governors at Ontario Tech University
Opinions are my own.
Sales and business development professional | Energy industry | Energy transition | Passionate about decarbonization
3 天前Excellent article. Thanks, Frank. I have been thinking for a long time that adopting distributed storage (and solar generation) in urban areas will be a key factor to enable deep electrification. Let's have a chat.
Founder, Publisher and Owner at AutomatedBuildings.com
5 天前In the early days Tom and I worked with dyynamic control we called it manipulating the mass of the building most successful project was Robson Square 1.3 million square foot building built underneath the park with a waterfall on top by manipulating the mass we were able to achieve amazing Savings and win and ASHRAE international energy award the building also had a 1 million gallon chilled water storage tank under parking we learned a lot about using building as a battery and how computers could be used to shift energy loads https://www.automatedbuildings.com/news/nov01/int/hartman.htm
Founder, Publisher and Owner at AutomatedBuildings.com
5 天前https://www.automatedbuildings.com/news/nov11/articles/cleanurbanenergy/111025093404cue.html
Founder, Publisher and Owner at AutomatedBuildings.com
5 天前https://www.automatedbuildings.com/news/aug02/articles/ksin/ksin.htm
Founder, CEO of facil.ai
6 天前“Is your building running a FEVER?” Ken Sinclair will remember this! https://www.automatedbuildings.com/news/sep18/articles/phoenixeng/180827035303phoenix.html