Oil Conversion Case Study
100-Year-Old Linntown Home Converts From Oil to Bryant Mini-Split Heat Pumps
The owners of this classic Lewisburg, PA home converted from fossil-fuel heat to electric Bryant ductless heat pumps and added world-class air conditioning with a modern multi-zone solution.
- Converting a 4-bedroom home from oil to electric heat pumps in Lewisburg, PA
- 6 zones cover 4 bedrooms, the kitchen, dining room, and living room
- Cut fossil-fuel heating while adding quiet room-by-room cooling
75%
Reduction in energy bills cited in the case-study overview
6 Zones
Four bedrooms plus first-floor living spaces
$2,500/Yr
Home heating oil cost eliminated in the projection
0°F
Modern Bryant heat-pump operation in cold weather
Real Homeowner Story
Tired of Oil or Propane?
You do not have to spend thousands on home heating oil or propane every winter. You do not have to heat and cool empty rooms. You do not have to lose 20% of your heating and cooling through leaky ductwork. Modern ductless heat pumps are the answer.
- Shut off the rooms not in use
- No resistance heat required
- No noise at all
- Two outdoor units serving six indoor zones
Free Estimate
Make the Jump From Fossil Fuel to Electric Comfort
We’d love to help you make the jump from fossil fuel to clean, electric heating and cooling. Tell us a little about yourself, and we’ll reach out for a friendly chat about your options.
Homeowner Stories
Real Homeowners, Real Comfort
Installation Profile
Lewisburg, PA Two-Story Single Home
Previous System
- 18-year-old central air, first floor only
- Oil boiler
- R-22 refrigerant, phased out
Bryant Ductless Solution
- High-wall unit for all four bedrooms
- High-wall unit for the first-floor living space
- Two outdoor units
- No resistance heat required
Savings Analysis
Understanding This Homeowner's Savings
Based on $2.87/gallon for oil and 18 cents/kWh for electricity, this shows how the cost of heating with a heat pump compares to other sources of heat.
Key Factors Contributing to 32% Reduction
- Variable-Speed Operation: Eliminates energy spikes from on/off cycling.
- Zone Control: Conditions only occupied spaces.
- Improved SEER/HSPF: Modern efficiency ratings vs 18-year-old technology.
- No Duct Losses: Direct room delivery eliminates 20-30% typical duct losses.
Technical Specifications
Modern Heat Pump Evolution
Bryant ductless systems use modern heat-pump technology to deliver efficient heating and cooling without oil combustion or duct losses.
Variable-Speed Technology
Inverter-driven compressors modulate output based on demand, eliminating inefficient on/off cycling.
Low-Temperature Operation
Advanced refrigerant management enables heat extraction from ambient air at 0°F and below.
High Efficiency Ratings
Latest Bryant models can exceed 10.0 HSPF and reach cooling efficiency ratings up to 30+ SEER.
Property Value & ROI
Homeowner Benefits
- Increased Property Value: Modern HVAC system adds market appeal.
- Reduced Maintenance Calls: Eliminates burning elements that frequently failed or required annual maintenance.
- Flexibility = Savings: Only heats the room or rooms in use.
- Long-Term Investment: Over 15-20 years, this is a cash-flow-positive heating solution that also cools.
Energy Cost Projections
From Oil Spend to Zoned Savings
- Eliminate 80,000 pounds of retail, local carbon emissions annually.
- Elimination of home heating oil cost: $2,500/year.
- Average annual savings: $1,200 or more by not conditioning rooms not in use.
- Federal tax credits and utility rebates were available to reduce the initial investment.
System Configuration
Lewisburg, PA Installation
Two Outdoor Condensers Power:
→ High-wall unit for all four bedrooms, so they can be heated and cooled as needed
→ A single high-wall unit to condition the kitchen, dining room, and living room spaces
→ Separate hand-held remote controls for each indoor air handler
Technical Insights
Why Modern Bryant Heat Pumps Work
How do heat pumps produce heat at 0°F?
Advanced Bryant heat pumps utilize enhanced vapor injection technology and variable-speed compressors, allowing the refrigerant cycle to maintain efficiency at much lower temperatures.
What makes the energy reduction sustainable?
Sealed refrigerant systems, protected outdoor components, self-diagnostics, and no seasonal installation/removal cycles help maintain performance.
How does eliminating resistance heat help?
Resistance heating operates at 100% efficiency, while modern heat pumps can achieve 300-400% efficiency through heat transfer, reducing heating costs in cold weather.
Take a look at the HSPF ratings, the SEER ratings, and what you are going to get in the long run so far as return on investment for the consumer.
- David Lamb, Peirce Phelps, Bryant Product Manager
Our Promise
Our Promise to Your Family
Let’s chat about those questions you might have about ductless mini-split systems! We love helping neighbors like you find the perfect comfort solution for your home.
We understand that your home is where your heart is. That’s why we’re committed to helping you make every corner of it feel just right. A Bryant ductless system brings gentle comfort to those special spaces where you and your loved ones gather, create memories, and share life’s precious moments.
Every family deserves a home that feels comfortable and welcoming in every room, all year round. We’d be honored to help make that happen for you.
Simple Process
Installation Process: Timeline & Procedures
1. Initial contact
Submit contact information via the online form. The selected contractor contacts you to confirm the appointment time.
2. In-home assessment
A 60-90 minute visit includes Manual J load calculation, electrical review, and installation-location planning.
3. Installation & commissioning
The system is installed, tested, documented, registered for warranty, and set up for the homeowner.
Installation Process
Timeline & Procedures
Phase 1: Submit contact information. Response time is immediate to 24 hours.
Phase 2: On-site assessment and load calculation, typically 60-90 minutes.
Phase 3: System design and proposal development within 2-3 business days.
Phase 4: Installation execution. Single-zone projects may take 4-8 hours; multi-zone projects may take 8-16 hours.
Phase 5: System commissioning, documentation, warranty registration, and maintenance schedule.
Quality Assurance Standards
- ACCA Manual J, S, and D standards
- Local building codes and permit requirements
- EPA 608 certification requirements
- Manufacturer installation specifications
- AHRI performance rating conditions
Cost & Specifications
Ductless Mini-Split System: Technical Specifications & Cost Analysis
| Category | Source Details |
|---|---|
| System Cost | Single-zone: $5,000-$8,000 installed. Five-zone: $25K-$40K. Add approximately $1,500-$2,500 per additional zone. |
| Efficiency | SEER 16-30+, traditional systems 13-18 SEER, typical cooling cost reduction 30-40% based on field data. |
| Heating & Cooling | Air-source heat pump with heating, cooling, dehumidification, and fan-only modes. COP 3.0-4.0 at 47°F ambient. |
| Multi-Zone | Supports 2-8 indoor units per outdoor condenser, 6,000-24,000 BTU per indoor unit, up to 48,000 BTU total system capacity. |
| Lifespan | Expected service life: 15-20 years with proper maintenance. Central systems typically 12-15 years. |
| Sound | Indoor units: 19-25 dB on low speed, 35-40 dB on high speed. Outdoor unit: 48-58 dB at 3 feet. |
| Incentives | Federal tax credit up to 30% of system cost, max $2,000; utility rebates $200-$1,500; manufacturer rebates may vary. |
Questions
Oil Conversion Questions
A single-zone system is typically $5,000-$8,000 installed. A five-zone system may range from $25K-$40K depending on capacity, equipment efficiency, number of zones, and installation complexity.
Yes, the Lewisburg case study converted a four-bedroom home from oil to electric Bryant mini-split heat pumps, using two outdoor units and six indoor zones.
The source content cites a 75% reduction in energy bills, elimination of $2,500 per year in oil cost, and $1,200 or more in average annual savings by not conditioning unused rooms.
Outdoor unit capacity depends on the selected system, but ductless systems commonly support 2-8 indoor units per outdoor condenser.
Single-zone installations may take 4-8 hours. Multi-zone installations can take 8-16 hours or 1-2 days, depending on project complexity.
Indoor units can operate around 19-25 dB on low speed and 35-40 dB on high speed, with outdoor units typically around 48-58 dB at 3 feet.
Ready to Make the Jump From Fossil Fuel?
We’d love to help you make the jump from fossil fuel to clean, electric heating and cooling. Tell us a little about yourself, and we will reach out for a friendly chat about your options.
