ipl-logo

Compare And Contrast Duke Energy Microgrid

1030 Words5 Pages

The success of this system has led to future projects including a project in Mount Sterling that will use a microgrid to provide twenty-four hour a day service to a communications tower. This microgrid will be not only more reliable and less costly because of the elimination of traditional power poles and wires; it will also allow thirteen acres to return to its natural state. This is due to the fact that the land is currently used as a utility corridor, but after the project it will no longer be needed. Furthermore, in Maryland Duke Energy has plans to construct two microgrids that will be used for public safety facilities. The two systems will include solar and combined heat and power, which saves energy by using waste heat from on-site generation …show more content…

By 2030, Duke Energy estimates that 36% of its electricity will be generated using natural gas and 9% will be generated using hydro, wind, and solar energy. By retiring older coal units carbon dioxide emissions will be reduced by 40%. Duke Energy will also invest in renewable assets. One-way Duke Energy plans to become more energy efficient is by expanding the natural gas infrastructure to meet the needs of customers. Duke Energy is moving to a more customer-based atmosphere that will benefit families, workers, and the consumers (2016 Sustainability Report).
In January of 2018, Duke Energy filed two renewable energy programs with the North Carolina Utilities Commission in order to expand renewable energy options for its 3.2 million customers in the state of North Carolina. This is part of a larger portfolio with the N.C. Shared Solar and Green Source Advantage programs. Together they are striving to provide more renewable options for the customers. This will allow customers to pursue solar energy based of a $62 million solar rebate program that was initiated in

Show More
Related
736 Words | 3 Pages

By researching I discovered that Duke Energy was the largest power corporation, but Engie and National Grid are not far behind. However, these two corporations are located in other countries, so I decided to do an overall industry comparison using S&P. By looking at the ratios found in Appendix A.2 and A.3, it is noted that the industries are very similar, but Duke Energy is right below the industry average. Although Duke is slightly below the industry this could be due to expansion and investment. Duke is growing and is the top electric utility corporation in America.

Read More
840 Words | 4 Pages

Background: More than 1.2 million residents in the state of Arizona get their power from Arizona Public Service (APS), a public utility provider (Arizona Public Service, 2023). The corporation manages an extensive portfolio of power plants, some of which are powered by fossil fuels (coal, nuclear, and natural gas), others by renewable resources (solar and wind power), and still others by a combination of these and other energy sources. Nevertheless, APS has been confronting issues connected to costs in recent years. These challenges include increased costs associated with maintaining and operating its old power infrastructure and demand from regulatory authorities to move to greener energy sources (Arizona Public Service, 2023). Challenges:

Read More
1734 Words | 7 Pages

Long-term energy plan 2017 (see appendix) comes as a revision to LTEP 2013. It is meant to be a road map for the provincial government to make better decision to help create cleaner, affordable energy throughout the province. This report is backed by two background reports, Ontario Planning Outlook, by IESO and Fuel Technical Report by Ministry of Energy (see appendix). LTEP 2017 aims to make energy an affordable entity in a province plagued by high electricity prices (compared to Manitoba and Quebec). It closely follows other implementation tools of the provincial government like the CCAP

Read More
533 Words | 3 Pages

Energy Information Administration (Eia.gov, 2015) consumers will be looking into ways to save to lower their energy consumption. EC predicts they will see an explosion in growth as more consumers are looking for ways to save on the heating and cooling bills. Based in Connecticut, Energy Consultants is looking to establish a presence in Rhode Island and Eastern Massachusetts within the next three years. Our trained sales professionals are either contract employees or salaried employees and are LEED and RESNET certified.

Read More
1606 Words | 7 Pages

electric company. The program is brought to Alberta classrooms and communities via a 40-foot motorhome and delivers educational programs about Alberta’s energy resources and energy efficiency (ATCO Energy Sense, “Energy Education”, n.d., para 3). The programs are designed for grade 4 science and social studies curriculum. The program is administrated through ATCO EnergySense, an arm of ATCO, and is managed by two coordinators. The program also provides a range of teacher and resources including an energy landscape game, teacher resources geared towards electricity and power.

Read More
1313 Words | 6 Pages

Through urbanization, modernization, and global energy demands, people abuse the natural environment for the advancement of the human race. Most humans utilize the environment for their benefit only and lack the decency to show respect or concern for their surroundings. Duke Energy, one of the largest energy suppliers in the United States, serves as the major energy source, substantial employer, and economic contributor for North Carolina. Headquartered in Charlotte, North Carolina, Duke Energy provides power to approximately 7.5 million customers throughout the Southeast and Midwest (“Duke Energy”). However, Duke Energy’s coal ash waste ponds are creating disastrous environmental effects (“Coal Ash Contaminates”).

Read More
541 Words | 3 Pages

• Again, it delivers an understanding of the building’s energy effectiveness, since the output of renewable origins is a part of the specified building energy use segment. The overall energy consumption is allocated with regards to 20 end-use groups. In this, fifteen are designated before hand, while five are stated by the user, which includes six authorized DEC separable energy

Read More
926 Words | 4 Pages

Another aspect of the policy is providing incentives for already established buildings and homes to make changes such as insulating solid walls, changing doors and windows, and using LED lighting. It is imperative that as a country we accept and take action for our carbon footprint produced by buildings and the numerous amount of appliances inside that consume astounding amounts of energy. According to the U.S. Energy Information Administration, buildings and the appliances they contain are responsible for more than 20% of all global energy consumption, specifically 50% in the United States. With the population continuing to grow rapidly, more buildings are being built which provides the perfect opportunity to initiate the trend of energy efficiency. Some beneficial implementations include; LED lighting, hybrid solar lighting, green roof gardens, and air- source heat pumps.

Read More
2545 Words | 11 Pages

This ranks the 27th amongst the states. Only 16,000 homes owners have installed solar panels on their homes and less than 1% of electrical energy in the state comes from solar. Total investment in the state is almost $300 million. Policy Improvement Opportunities Solar polices in both North Carolina and South Carolina have pros and cons.

Read More
590 Words | 3 Pages

If Ontario implements efficiency programs for electricity over a fifteen year period from 2012-2026, the study projects that Ontario will generate a total net increase in employment ranging from 200,000 to 600,000 job-years over the entire study period (2012-2040). Viewed differently, this translates into 21 to 17 job-years per million dollars of program spending, with the projected maximum annual increase in employment ranging from approximately 14,000 to 44,000 jobs (Acadia Center, 2014, p. 17 and

Read More
1033 Words | 5 Pages

There are several major technology areas that have become important drivers of “smartening” and “hardening” the grid in the U.S. The first are smart meters and information communication technologies (ICT) that provide two-way and real-time communication between utilities and customers. The second are the geographic information system (GIS) and supervisory control and data acquisition (SCADA) that can provide locational data analysis and remote control capabilities. The third are the outage management system (OMS) and advanced distribution management system (ADMS) to monitor and evaluate faults on the

Read More
1738 Words | 7 Pages

My power provider, Florida Power & Light’s ten-year plan is as follows. FPL plans to add 2,086 MW of solar capacity by 2023, reduce coal-fired power generation of 636 MW by 2019, modernize old fossil-fuel units with extra efficiency by 2020, and pursue new nuclear generating facilities by 2021

Read More
143 Words | 1 Pages

Southern California Edison’s mission is to provide households and businesses with safe, reliable and affordable clean power. Edison is currently the nation's largest electricity utility which provides services to about 14 million people annually. The vision that Edison has for the future is to create a power network that can handle California’s energy demand, but also one that is reliable with minimal power outages. Edison is also looking to adopt new technologies such as solar panels and monitors that aid in controlling the overall usage of electricity.

Read More
1009 Words | 5 Pages

Second is the Texas Renewables Integration Plan quarterly report of June 2010 had stated that approximately 10,073.5 MW of renewable generation exists, 9,914.6 MW being wind, and ahead of the projected January 1st 2025 “target” of 10,000 MW overall. As of March 28th of 2014, a press release by ERCOT stated that there is more than 11,000 MW of commercial wind capacity already in place with close to

Read More
705 Words | 3 Pages

There is a sense of optimism about the Dominican Republic’s energy potential. The country is not only underway to meet its domestic needs, but it also has the potential to meet regional ones by becoming an energy hub. The Electricity Pact is the next step towards a comprehensive solution to the problem of the inefficient energy use. Daily blackouts, costly subsidies and overly-extended connection periods are not only a hard-to-bear burden for the Dominican people, but also for the country’s global competitiveness. An efficiently run electricity sector does not only result in a strong macroeconomic performance, but in a promising future.

Read More

More about Compare And Contrast Duke Energy Microgrid

Related Topics

Open Document