What MSD’s Springfield Street Campus Revealed About Facility Strategy Energy
Energy data tells a story.
For many facility owners, that story is hidden behind monthly utility bills, fluctuating energy costs, and assumptions about how buildings operate. But when organizations take a deeper look at energy consumption, demand patterns, and renewable generation, the numbers often reveal opportunities that would otherwise go unnoticed.
At MSD, we decided to put our own facilities under the microscope.
Using utility and solar production data from our Springfield Street campus, we analyzed two neighboring buildings with very different energy profiles: 4401 Springfield Street and 4406 Springfield Street. What we found was not just a snapshot of current performance. It was a roadmap for future energy planning.-
One building highlighted the value of energy optimization. The other demonstrated the transformational impact solar generation can have on utility dependence.
Together, they revealed an important lesson:
The path to lower operating costs and a more resilient energy future starts with understanding your data.
One Campus, Two Very Different Energy Stories
At first glance, 4401 and 4406 Springfield Street serve similar purposes within the same campus environment. However, their energy profiles tell two completely different stories.
4401 Springfield Street
- Average monthly consumption: 16,500 kWh
- Historical monthly range: 11,000 to 22,000 kWh
- Typical operating band: 15,000 to 17,000 kWh per month
- No significant long-term reduction trend identified
4406 Springfield Street
- SolarEdge system commissioned: February 2026
- Peak solar production: 14,100 kWh in July 2026
- Best monthly export: 12,011 kWh in April 2026
- More than 80% reduction in utility dependence compared to historical demand levels
While both facilities consume electricity, their strategic opportunities are very different.
For 4401, the opportunity lies in reducing demand.
For 4406, the opportunity lies in building upon a proven success.
Understanding What Energy Data Is Really Telling You
When people think about energy performance, they often focus on utility costs.
But cost is only one piece of the puzzle.
The more important starting point is understanding how much energy a building uses and when it uses it.
Electricity consumption is measured in kilowatt-hours (kWh), which represent the total amount of electricity used over time. Tracking monthly kWh consumption helps establish patterns, identify seasonal changes, and locate opportunities for improvement.
When renewable energy is added to the equation, the analysis becomes even more valuable.
Solar energy generated onsite can be consumed immediately by the building. If production exceeds demand, excess electricity may be exported back to the utility grid.
The goal is not simply to generate more power.
The goal is to:
- Understand how the facility consumes energy
- Eliminate unnecessary demand
- Improve operational efficiency
- Reduce utility dependence
- Make smarter long-term capital decisions
This approach became evident when comparing the two Springfield facilities.
4401 Springfield Street: A Strong Candidate for Energy Optimization
Many facility owners would be pleased to see consistent energy consumption. Stability often makes budgeting and forecasting easier.
However, consistency can also reveal untapped optimization opportunities.
Over the evaluation period, 4401 maintained remarkably stable electrical demand.
- Average monthly consumption remained near 16,500 kWh
- Lowest observed month reached approximately 11,120 kWh
- Summer peak climbed to 21,680 kWh
- Typical operating range stayed between 15,000 and 17,000 kWh
The data suggests the facility has established a predictable baseline.
What it does not show is a meaningful reduction in overall consumption.
That distinction is important.
Without additional investigation, facility leaders cannot determine whether energy use is being driven by:
- HVAC performance issues
- Improper operating schedules
- Building automation inefficiencies
- Lighting systems
- Equipment runtime
- Demand spikes
- Occupancy patterns
Stable consumption effectively creates a clear optimization target.
Rather than immediately investing in additional generation, the smarter first step is understanding where energy is being used and whether some of that demand can be reduced.
This is where energy audits, controls optimization, analytics, and building system evaluations often generate some of the highest-value returns.
4406 Springfield Street: Solar Changed Everything
While 4401 presented an opportunity for optimization, 4406 demonstrated what happens when renewable generation enters the picture.
Prior to solar commissioning, the facility relied heavily on utility power.
Monthly demand ranged from:
12,000 kWh to 29,290 kWh
Peak demand occurred in January 2026, creating substantial exposure to utility costs and energy market fluctuations.
Then everything changed.
In February 2026, a new SolarEdge system was commissioned.
The months that followed transformed the building’s energy profile.
The Transition from Consumer to Producer
February represented the startup period.
Solar generation began offsetting utility demand but had not yet reached full impact.
March showed how quickly the transition was occurring.
Solar production nearly matched building demand, separated by just 487 kWh.
Then came April.
From April through August 2026, 4406 became a net energy producer.
For five consecutive months:
- Solar generation exceeded building consumption
- Excess power was exported to the utility grid
- Utility dependence dropped dramatically
- Peak summer solar production reached 14,100 kWh
- Monthly exports ranged from 3,649 kWh to 12,011 kWh
The largest surplus occurred in April 2026 when the facility exported approximately 12,011 kWh.
This was not a one-time event.
The performance remained consistent throughout the strongest solar-production months of the year.
Measuring the Real Impact
One of the most important outcomes of the project was the reduction in utility reliance.
Historically, the facility depended heavily on purchased electricity.
Following solar commissioning:
- Utility demand dropped dramatically
- Solar generation became the primary energy source during much of the year
- Utility dependence decreased by more than 80% compared to historical demand levels
A striking example occurred in July 2026.
During that month:
- Solar production reached 14,100 kWh
- Utility demand fell to just 4,919 kWh
The result was a completely different operating profile.
Rather than being exclusively dependent on the utility, the facility became an energy-generating asset.
For facility owners evaluating renewable energy projects, this illustrates an important point:
The value of solar extends beyond environmental impact. It can fundamentally alter how a building interacts with the electrical grid.
What These Two Buildings Teach Us
The most valuable finding from the study wasn’t that one building performed better than the other.
It was that different buildings require different strategies.
4401 Springfield
Primary Role: Electrical Consumer
Recommended Focus:
- Energy audits
- HVAC optimization
- Controls tuning
- Lighting improvements
- Demand reduction
- Operational analytics
Once demand is reduced and understood, future renewable investments can be sized against a more efficient baseline.
4406 Springfield
Primary Role: Energy Generating Asset
Recommended Focus:
- Maintain solar performance
- Monitor production continuously
- Verify export values and net-metering benefits
- Use actual performance data to guide future projects
Rather than guessing about renewable potential, MSD now has real-world campus data demonstrating measurable results.
The Strategic Roadmap Forward
Based on the findings, the recommended sequence is straightforward:
Step 1: Measure
Understand how facilities use energy and where demand originates.
Conduct audits and gather actionable performance data.
Step 2: Optimize
Reduce unnecessary consumption through:
- HVAC improvements
- Building automation enhancements
- Scheduling adjustments
- Demand management
- Operational optimization
Step 3: Invest
Only after understanding and reducing load should significant renewable investments be evaluated.
Solar systems sized against optimized demand often produce stronger long-term returns.
Step 4: Expand
Use proven performance data to evaluate:
- Additional solar installations
- Battery storage
- Demand-response opportunities
- Backup power strategies
- Campus-wide energy planning
Why This Matters for Ohio Facility Owners
Energy planning has become increasingly important across Ohio.
Facility leaders are being asked to navigate:
- Rising utility costs
- Demand charges
- Aging infrastructure
- Electrification initiatives
- Sustainability goals
- Capital planning decisions
At the same time, energy usage itself is becoming more complex.
Many commercial customers are billed not only for how much electricity they consume, but also for when they consume it and how much demand they place on the system during peak periods.
That means understanding demand profiles, operating schedules, equipment performance, and facility operations is often just as important as understanding monthly kWh consumption.
The organizations making the best energy decisions are not simply reviewing utility bills.
They are using data to understand the bigger picture.
What Is Your Facility Trying to Tell You?
Every building leaves clues.
A spike in kWh usage.
Unexpected demand charges.
Equipment running after hours.
Systems operating inefficiently.
A solar opportunity that hasn’t yet been explored.
The challenge is knowing how to interpret those signals.
At MSD, we began by analyzing our own facilities because it provides the same real-world perspective we bring to our clients.
We’ve measured the impact of renewable energy, evaluated consumption patterns, explored optimization opportunities, and used actual building performance to guide future investments.
Now we’re helping facility owners do the same.
Whether you manage a single building, multiple facilities, or an entire campus, the process starts with understanding the data.
Because high energy use is rarely just a utility bill.
It’s a signal.
And when you understand what your facility is telling you, you can build a smarter plan for what comes next.
Ready to Take a Closer Look at Your Energy Data?
If your utility costs are increasing, your kWh consumption seems unusually high, or you’re simply wondering whether your facility could perform better, MSD can help.
From facility assessments and HVAC optimization to building automation, electrical analysis, renewable energy evaluations, and long-term capital planning, our team helps organizations turn energy data into informed decisions.
Your Facility. Your Data. Your Opportunity.
The first step isn’t finding the solution. It’s understanding the story your energy data is already telling.
