Our Portfolio
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Solar Thermal (Residential)
Tryon, NC
This 3 panel array will heat all the water necessary for this home, and it’s residents all summer long. Additionally the system will create approximately 70% of the winter water heating, resulting in a major reduction in the home’s annual operating expenses.
Hanahan, SC
This three panel array will meet the water heating needs for homeowners, as well as provide heating to their small indoor lap-pool. Because of the shallow pitch on this roof, struts were used to give the array a better angle towards the sun, which will also maximize the winter performance, when the sun is lower in the sky.
Ladson, SC
The solar water heating system for this Ladson home will reduce water heating costs by 80%.
Lexington, SC
This solar water heating for this family of 5 in Lexington, SC will reduce annual water heating cost by 70%.
Whitehouse Plantation, James Island, SC
This Solar Thermal system was designed to reduce annual water heating cost by over 80%.
Sullivan’s Island, SC
This solar system is designed to reduce the energy cost of heating water by 75%. Located on beautiful Sullivan’s Island this system will enjoy the strong beach sun all year long.
Beaufort, SC
This two panel system is located on the Southern Coast of South Carolina, and designed to meet the water heating needs for a family of three.
Indigo Point Home, West Ashley, SC
This solar water heating system is designed to meet the hot water demand for a family of 4.
Anderson County, SC
The Solar Water Heating System for this Anderson County home is designed to reduce the anual cost of heating water by 75%.
Estate Home, Lower Chesapeake Bay Area, MD
The Solar Water Heating System installed on this Lower Chesapeake Bay Area Estate is designed to produce over 80% of the annual water heating needs with full occupancy.
Lower Chesapeake Bay Home, Westover, MD
The Solar Water Heating System installed in this home, located just a few miles from the mouth of the Chesapeake, is designed to reduce annual water heating costs by over 80%.
St. Christopher Camp
These solar water heating systems installed on the Front Beach Cottages at St. Christopher Camp will help them save over $10,000 a annually.
St. Christopher-Private Residence
These panels offer 64ft2 of surface area designed to produce the water heating needs of this family’s home throughout most of the year. Due to the close proximity of the beach special MSC collectors, designed to withstand harsh saltwater conditions, were installed.
Edgewater Park
These two 4′ x 6 1/2′ Solar Collectors are installed to generate the water heating needs of a three member household. By using the Drainback technology, this system is maintenance free all year, providing almost all the necessary energy for heating water.
Solar Thermal (Commercial)
Arts & Crafts, Seabrook Island, SC
Ben Hazel Primary School
This solar water heating system at Ben Hazel Primary School in Hampton County, SC will have a drastic impact, reducing their monthly water heating bill by 60%.
St. Christopher Project
The summer camp manager’s home was the first system completed at the St. Christopher Project and it will produce 75% of all the hot water used in a year by the residents.
Runaway Bay Restaurant
This solar water heating system at the Runaway Bay Restaurant at Waterfront Park in the Noisette Naval Yard in North Charleston will service well over half of the restaurants hot water demand annually.
Jaime’s Lodge
The largest installation to date for SES. This systems has 8 collectors piped together with 4- 120 gallon storage tanks, and 2 -15 gallon drainback tanks. Producing 256,000 btu’s of thermal energy per sunny day! This system will account for over 20% of the building’s energy usage every year.
Solar Photovoltaics (Residential)
Edisto Island, SC
Maryland PV
The 6.11kw photovoltaic array utilizing endphase microinverters coupled with a geothermal heating and cooling system and high R-value spray foam insulation throughout the home will have this homeowner near net zero power consumption.
Off Grid NC home
This solar electric system is a battery back-up 1.2kW photovoltaic array. Because of the remote location for this project solar was the only practical option for power generation. With these six modules, and 8 batteries, this system is designed to offer the cabin 2 full days of autonomy. And the best part, no power lines!
Solar Photovoltaics (Commercial)
Other
Off Grid NC home
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This solar electric system is a battery back-up 1.2kW photovoltaic array. Because of the remote location for this project solar was the only practical option for power generation. With these six modules, and 8 batteries, this system is designed to offer the cabin 2 full days of autonomy. And the best part, no power lines!
Arts & Crafts, Seabrook Island, SC
Ladson, SC
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The solar water heating system for this Ladson home will reduce water heating costs by 80%.
Lexington, SC
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This solar water heating for this family of 5 in Lexington, SC will reduce annual water heating cost by 70%.
Ben Hazel Primary School
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This solar water heating system at Ben Hazel Primary School in Hampton County, SC will have a drastic impact, reducing their monthly water heating bill by 60%.
Whitehouse Plantation, James Island, SC
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This Solar Thermal system was designed to reduce annual water heating cost by over 80%.
Sullivan’s Island, SC
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This solar system is designed to reduce the energy cost of heating water by 75%. Located on beautiful Sullivan’s Island this system will enjoy the strong beach sun all year long.
Beaufort, SC
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This two panel system is located on the Southern Coast of South Carolina, and designed to meet the water heating needs for a family of three.
Indigo Point Home, West Ashley, SC
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This solar water heating system is designed to meet the hot water demand for a family of 4.
Anderson County, SC
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The Solar Water Heating System for this Anderson County home is designed to reduce the anual cost of heating water by 75%.
Estate Home, Lower Chesapeake Bay Area, MD
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The Solar Water Heating System installed on this Lower Chesapeake Bay Area Estate is designed to produce over 80% of the annual water heating needs with full occupancy.
Lower Chesapeake Bay Home, Westover, MD
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The Solar Water Heating System installed in this home, located just a few miles from the mouth of the Chesapeake, is designed to reduce annual water heating costs by over 80%.
St. Christopher Camp
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These solar water heating systems installed on the Front Beach Cottages at St. Christopher Camp will help them save over $10,000 a annually.
St. Christopher Project
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The summer camp manager’s home was the first system completed at the St. Christopher Project and it will produce 75% of all the hot water used in a year by the residents.
Runaway Bay Restaurant
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This solar water heating system at the Runaway Bay Restaurant at Waterfront Park in the Noisette Naval Yard in North Charleston will service well over half of the restaurants hot water demand annually.
St. Christopher-Private Residence
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These panels offer 64ft2 of surface area designed to produce the water heating needs of this family’s home throughout most of the year. Due to the close proximity of the beach special MSC collectors, designed to withstand harsh saltwater conditions, were installed.
Jaime’s Lodge
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The largest installation to date for SES. This systems has 8 collectors piped together with 4- 120 gallon storage tanks, and 2 -15 gallon drainback tanks. Producing 256,000 btu’s of thermal energy per sunny day! This system will account for over 20% of the building’s energy usage every year.
Edgewater Park
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These two 4′ x 6 1/2′ Solar Collectors are installed to generate the water heating needs of a three member household. By using the Drainback technology, this system is maintenance free all year, providing almost all the necessary energy for heating water.
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