Impact

Annual Energy Equivalencies

Environmental Attributes

Reducing Harmful Pollution

Most states in the Mid-Atlantic Area rely heavily on coal for electricity generation. According to the Energy Information Administration, energy-related carbon emissions account for the vast majority of climate-altering greenhouse gases, with coal-generated electricity account for the largest portion. Coal combustion is also responsible for the emission of major air pollutants such as sulfur dioxide, nitrogen oxides, particulate matter, and other greenhouse gases.

The National Research Council found that human health and infrastructure damages stemming from electricity generation amounted to $62 billion in 2005. On an electricity price basis, this equates to 3.2 cents for every kilowatt-hour produced that year. Society was forced to pay these external costs even if they were not reflected on electricity bills.

By displacing conventional electricity generation, solar energy can play an important role in improving air quality. According to the Department of Energy, many states are already employing solar energy for the specific purpose of emission reductions.

Reducing Greenhouse Gas Emissions

The mounting evidence for climate change has resulted in the need to sharply reduce carbon emissions globally. Impacts from extreme weather events and rising temperatures are already affecting cities and populations across many regions, presenting a serious threat to the global economy and to global security.

Over the next few years, there is a strong likelihood that legislation creating federal renewable energy requirements and a price on carbon will be put into effect. Solar power can serve effectively under either regime by providing clean, non-polluting energy as an alternative to new fossil fuel-powered generaiton capacity.

With a higher rate of installed solar capacity per dollar invested than the solar industy average, our investments generate superior carbon reductions. Our investors and project partners are proud of their contribution to a cleaner and secure environment. Although the problem of climate change cannot be solved by any single technology alone, solar power can play a powerful role due to its vast geographic range and its inherent advantage for distributed deployment.

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Meadowlands

Size

1.1 MW

Location

East Rutherford, NJ

Host

The Sheraton Meadowlands Hotel

Commissioning Date

Complete: serving test power

The Wharf

Size

72.765 kW

Location

Chester, PA

Host

Rivertown TCI, L.P.

Commissioning Date

March 2, 2011

EJ Deseta

Size

197.47 kW

Location

Wilmington, DE

Host

EJ Deseta

Commissioning Date

February 10, 2011

6 Executive Campus

Size

51.84 kW

Location

Cherry Hill, NJ

Host

The Buccini/Pollin Group, Inc.

Commissioning Date

October 19, 2010

5 Executive Campus

Size

140.14 kW

Location

Cherry Hill, NJ

Host

The Buccini/Pollin Group, Inc.

Commissioning Date

September 12, 2010

Hilton BWI

Size

51.84 kW

Location

Baltimore, MD

Host

The Hilton at BWI Airport

Commissioning Date

June 15, 2010

Hunt Valley

Size

52.92 kW

Location

Hunt Valley, MD

Host

System Source

Commissioning Date

May 1, 2010

Capacity Under Development

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101

Project Types

Commercial rooftops are prime real-estate for solar photovoltaics. Distributed Sun converts this unused space into energy savings.

Solar carports provide shaded parking using an array of solar panels, keeping cars cool in the summer while harvesting energy from the sun.

Vacant land can be turned into large solar farms using ground mounted solar arrays that generate revenue.

Ground Mount

% of total capacity under development

20.7 MW

All project types

Carport

% of total capacity under development

30.4 MW

All project types

Rooftop

% of total capacity under development

72.9 MW

All project types