USGBC Louisiana 2017 Green Report Online
Over the past ten years, the US Green Building Council Louisiana Chapter and its dedicated network of volunteers have been working to make Louisiana a greener, healthier place to live, work, and learn. Here we offer a snapshot of the progress Louisiana is making towards a more sustainable and resilient future. This report is intended to provide a foundation for further discussions and actions.
Over the past ten years, the US Green Building Council Louisiana Chapter and its dedicated network of volunteers have been working to make Louisiana a greener, healthier place to live, work, and learn. Here we offer a snapshot of the progress Louisiana is making towards a more sustainable and resilient future. This report is intended to provide a foundation for further discussions and actions.
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
Energy Production<br />
<strong>Louisiana</strong> energy production is dominated by fossil fuel<br />
combustion with 48% coming from petroleum and 37%<br />
from natural gas. Coal, nuclear, renewable sources, and<br />
importation of electricity from out of state add 3 to 5%<br />
each.<br />
Renewable energy<br />
<strong>Louisiana</strong> obtains less than 4% of its net electricity by<br />
generation from renewable sources compared to 10%<br />
nationally. Biomass is abundant in <strong>Louisiana</strong>, and<br />
electricity generated from wood and wood waste accounts<br />
for more than two-thirds of the state's renewable<br />
generation. Hydroelectric power provides almost all of the<br />
remaining renewable generation. Sugar cane waste, called<br />
bagasse, and other agricultural residues can provide<br />
additional biomass resources. Facilities to convert bagasse<br />
into pellets for power plant fuel and other products are<br />
being developed.<br />
<strong>Louisiana</strong> has a small amount of distributed (customersited,<br />
small-scale) solar photovoltaic (PV) generation,<br />
which provided all of the state's solar electricity generation<br />
in 2015. State tax credits for installation of distributed solar<br />
systems, which were first available in 2008, are fully<br />
subscribed and the program will end on mid <strong>2017</strong>.<br />
<strong>Louisiana</strong> has little wind potential. In 2013, the state<br />
legislature repealed state tax credits for the development of<br />
wind systems.<br />
The <strong>Louisiana</strong> Public Service Commission initiated a<br />
renewable energy pilot program in 2010 to determine<br />
whether a renewable portfolio standard (RPS) was suitable<br />
for the state. In 2013, the commission concluded that<br />
<strong>Louisiana</strong> did not need a mandatory RPS. <strong>Louisiana</strong> has<br />
other policies designed to encourage renewable energy<br />
and energy efficiency, including voluntary electric utility<br />
efficiency programs, energy standards for public buildings,<br />
and net metering. Distributed installations of up to 25<br />
kilowatts using solar PV, wind, biomass, and other<br />
renewable technologies are eligible for utility net metering,<br />
but total consumer capacity connected to the system is<br />
limited to 0.5% of each utility's load. Because customer<br />
demand for distributed connections has exceeded that<br />
limit, the state is considering how to accommodate<br />
additional distributed facilities.<br />
Energy Use<br />
The energy consumption is dominated by industrial users,<br />
who account for 71% of the state total resulting in an<br />
industrial consumption that is 6½ times the national per<br />
capita average.<br />
Residential and commercial energy usage is near the<br />
national per capita averages. Per capita transportation<br />
usage is about 60% above the national average.<br />
Analysis by US Energy Information Administration