Session 3A - Samuel Sanchez

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The document outlines a renewable energy plan that includes: 1) Constructing a 4 MW solar demonstration project within 6 months and completing an environmental assessment for solar projects by June 2012. 2) Determining the viability of geothermal energy by September 2011-March 2012 and, if viable, developing a 20 MW geothermal plant. 3) If geothermal is not viable, increasing solar facilities to 20 MW total through various funding options like power purchase agreements.

Technology Business

Renewable Energy Plan 26 OCTOBER 2011 Presented by: Energy Transformation Office (ETO)

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[object Object],Jan Feb Mar Apr May Jun Jul Aug 15 25 30 30 30 30 30 MIPR accepted & Contract Awarded Kickoff Mtg & Data Review UXO Surveys; EA Field Work Incl Cultural Surveys if Req’d Issue Draft EA for Review Publish Draft EA Incorporate Public Comments EA & FNSI Signed 2011 Sep Oct Nov Dec RENEWABLE ENERGY PLAN

RENEWABLE ENERGY PLAN PATH FORWARD RENEWABLE ENERGY PLAN Solar Geothermal Geothermal Exploration 5 MW Site Clearance – Solar & Geothermal (EA) 245 ac Solar - 4 MW Solar - 5 MW (UpRange) Review & Investigate PPAs, EUL, ESA, ESPC & LGIP Decision Point Geothermal - Expand to 20 MW (EA) Site Clearance 42 ac, 4 MW Solar Enclosure 2 2011 2018 2012 2013 2014 2015 Green Net 0 by 2015 Future Growth PPAs – Power Purchase Agreements EUL – Enhance Use Leasing ESA – Energy Service Agreement ESPC – Energy Savings Performance Contract LGIP – Large Generation Inter connection Permits EIS – Environmental Impact Study REC – Record of Environmental Consideration EA – Environmental Assessment WAPA – Western Area Power Administration

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1) The document proposes a solar PV-diesel generator hybrid system as a solution to issues with sole reliance on diesel generators or solar PV systems. 2) A hybrid system combines solar PV panels, batteries, and an existing diesel generator set controlled by a programmable logic circuit to provide reliable, economic, and uninterrupted power. 3) Analyses using HOMER optimization software show hybrid systems can reduce costs by balancing the high operating expenses of diesel with the high upfront costs of solar, achieving the lowest levelized cost of energy.

GreenWell 2013

Douglas Murphy

GreenWell Renewable Power Corporation aims to develop utility-scale geothermal power projects utilizing hot brine and natural gas from geo-pressured wells in the Gulf Coast region. GRPC has developed an integrated system to produce electricity from these renewable and fossil fuel sources. Its strategy is to partner with an experienced well developer to access existing subsurface data and leverage tax incentives to profitably generate base load power. Preliminary analysis shows the first proposed 6 MW project, involving production, injection and power generation infrastructure, has a potential internal rate of return of 24.3%.

Flinders Island Isolated Power System (IPS) Connect 2016 S KILMETE PUC

james hamilton

The Federated States of Micronesia (FSM) is a grouping of 607 small islands in the Western Pacific about 2,500 miles southwest of Hawaii, lying just above the Equator. Generally speaking, FSM comprises what is known as the Eastern and Western Caroline Islands. While the country's total land area amounts to only 270.8 square miles, it occupies more than one million square miles of the Pacific ocean, and ranges 1,700 miles from East (Kosrae) to West (Yap)- Each of the four States centers around one or more "high islands." and all but Kosrae include numerous atolls. Chuuk State has a total land area of 492 square miles and includes seven major island groups. Pohnpei State has 133.4 square miles of land area, of which 130 is accounted for by Pohnpei island, the largest in FSM. Yap State is made up of 4 large islands, 7 small islands and 134 atolls, with a total land area of 45.6 square miles- Kosrae is essentially one high island of 42.3 square miles. FSM enjoys a tropical climate, with relatively even, warm temperatures throughout the year. Rainfall is generally plentiful, and Pohnpei reputedly is one of the wettest places on Earth, with up to 330 inches of rain per year.

Flinders Island Isolated Power System (IPS) Connect 2016 H MERKEL ACEP

james hamilton

Fostering development of innovative solutions to Alaska’s energy challenges through applied energy research at the University of Alaska. The Alaska Center for Energy and Power (ACEP) is an applied energy research program based at the University of Alaska Fairbanks. ACEP provides leadership in developing energy systems for islanded, non-integrated electric grids and their associated oil-based heating systems. Integration is a central feature of our program. ACEP develops energy systems for islanded non-integrated grids. My job responsibilities include project management for research projects and business contracts by providing assistance with logistics of day-to-day operations, procurement of materials, scheduling tasks and general project oversight and cost management. Furthermore, I am responsible for data management at ACEP. We collect data, perform quality control on the data and then provide data to interested parties. In this context we developed and maintain an online database with resolution powerhouse data throughout the state (acep.arsc.edu). The database will be expanded in the future as more data become available.

World Energy Situation and 21st Century Coal Power

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Renewable Energy and conventional power integration

Manish Sah

1. The document discusses issues related to integrating renewable energy sources like solar and wind with conventional power sources in India's electricity grid. 2. Some key challenges are the variability and unpredictability of renewable energy sources, high costs, and the need to upgrade infrastructure to accommodate two-way power flows from roof-top solar. 3. Solutions proposed include expanding pumped hydro storage, developing smart grid technologies to better share power across regions, and connecting grids with neighboring countries to help balance variable renewable energy supplies.

Carbon Capture from Power Plant

Alys Spillman

Carbon dioxide is being captured from a large coal-fired power plant in Alabama and transported via pipeline to a site 10 miles away, where it will be permanently stored underground. This demonstration project represents the largest test of full carbon capture and storage connected to a coal plant, with the goal of reducing greenhouse gas emissions by storing the captured carbon dioxide safely in a deep saline geologic formation.

Aoil floating solar power plant ppt 2015

Abhay Ocean India ltd.

The document discusses floating solar power plants and their advantages over land-based solar. It provides details on the components of floating PV systems including the floating structure, mooring system, PV system, and underwater cables. Performance data is presented from two floating PV plants installed in South Korea showing 10.3% higher efficiency than land-based systems. The document also outlines government initiatives and policies in India to promote renewable energy including solar, as well as the financial modeling considerations for setting up floating solar PV plants.

1) An engineering firm has planned and designed an offshore wind farm near Cape Cod, Massachusetts to help address energy needs and reduce environmental impacts from fossil fuels. 2) The wind farm will consist of 30 turbines located 1.5 miles offshore and will have an estimated annual output of 867 million kWh, enough to power around 48,000 homes. 3) Key challenges addressed in the design include determining the best turbine model, foundation type, electrical connections, and minimizing environmental impacts to wildlife. Extensive research was done to find the optimal location off Cape Cod.

Team Nile EE416 Final Report

Roland Schafer III

Team Nile conducted a feasibility study for Avista Corporation to analyze solutions for closing three transmission lines in the Big Bend area. They used PowerWorld simulator to test designs under heavy summer and high transfer load cases. For the high transfer case, Team Nile proposed three solutions: the most expensive option involving extensive new transmission lines and substations; the least expensive focusing on reconductoring and capacitor/reactor banks; and the most cost-effective option. They analyzed each design's ability to prevent overloads during contingency scenarios and produced cost analyses for Avista.

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1) The NRC has lowered its estimate of potential fatalities from a nuclear plant meltdown, now estimating less than 2% cesium release compared to the previous 60% estimate. 2) A new traveling wave reactor design generates heat at the top instead of centrally, which makes heat extraction easier but increases some radiation wear on the containment system. It requires 3-4 times more resilient materials. 3) New proposals aim to increase fuel efficiency in city driving by 20% using smartphone data, provide endless power to EVs through wireless road charging, and allow converting conventional vehicles to hybrids with wheel motor kits.

Hybrid Power - Hatch Leading the way

Michel Carreau

This document summarizes Hatch Energy's approach to hybrid power generation for mining operations. Hatch integrates renewable energy sources like solar and wind with conventional thermal power to deliver electricity at a lower cost than fossil fuels. Their approach removes the upfront capital costs of renewables by having a third party own and operate the renewable assets under a long-term power purchase agreement. This makes renewable energy more cost-competitive for mining clients while lowering their energy costs and risks. Hatch has extensive experience implementing utility-scale renewable projects and designs hybrid systems to maximize the offset of fossil fuels and ensure adequate power supply.

Solar Energy Applications

Avish Thakral

This document discusses using solar photovoltaic panels to generate and store power for backup use during power outages or in areas without grid access. It provides examples of roof-top solar installations for residential, commercial, industrial and other applications. The benefits listed are reduced dependence on diesel fuel, almost zero maintenance, a silent and pollution-free power source, and utilizing unused roof space. Cost analyses are provided comparing solar to diesel generation. The company promotes solar solutions and provides installation and maintenance services.

Colgreen North Shore presentation-1.8a.13

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ColGreen Energy is developing a 100 MW photovoltaic solar power project in California called the North Shore Solar Electric Generating Project. The project will use silicon photovoltaic panels covering 480 acres to generate up to 214,000 MWh per year of electricity. ColGreen has secured the site through a 30-year lease and obtained necessary permits from Riverside County. When completed, the project will deliver solar-generated electricity to the electric grid through an on-site transmission line.

Colgreen North Shore presentation-7.26.12

Graeme Donaldson

ColGreen Energy is developing a 74.88 MW solar photovoltaic project in California called the North Shore Solar Farm. The project will be built in phases, with the first phase generating 25 MW starting in late 2012. When fully built out, the project is expected to generate over 210,000 MWh of electricity annually from its 480 acre site. Siemens Energy has been selected as the engineering, procurement, and construction contractor based on their experience and ability to provide guarantees. Financing is currently being negotiated and is expected to close in late 2012 to fund construction starting in 2013 with completion anticipated in mid-2014.

Renewal Power at remote mining site - May 2013

Michel Carreau

This document discusses the potential for renewable power at remote mining sites to reduce energy costs. It notes that energy represents a significant portion of mining project costs. Renewable power technologies like wind and solar have become proven and can provide 10-20% reductions in energy costs with price certainty for 20-25 years. However, challenges include gaining management acceptance, upfront costs, technology risks, and integrating variable renewable output. Successful projects require engaging stakeholders, addressing risks, and considering hybrid systems or power purchase agreements to share risks and costs between mining companies and independent power producers.

Floating Solar PV - An Introduction

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Energy Storage - Hatch Innovative approach to cost reduction

Michel Carreau

Hatch worked with a battery vendor to complete engineering for 300kW/1.2MWh battery energy storage systems at two mine test locations. Battery energy storage improves performance and efficiency of isolated diesel and wind/solar-diesel hybrid power systems by allowing diesel generators to operate at peak efficiency and providing frequency regulation and spinning reserve. It also improves stability and lowers costs for hybrid systems by turning off unnecessary diesels when clean power is available. Hatch develops optimized energy storage solutions to reduce operating costs with short payback periods.

Ctws ocean energy hagood

blemon

The document discusses ocean energy and regional integration in the Pacific Northwest. It notes that the Puget Sound area is pursuing clean energy resources to reduce dependence on oil and emissions. Developing ocean energy will require assessing regional energy resources and optimizing infrastructure investments. Significant energy development is expected along the Northwest coast and with Asian markets. Plans exist to further develop infrastructure to integrate renewable supplies from the Northwest coast and supply Asia with North American energy resources. The Idaho National Laboratory is a regional stakeholder addressing Pacific Northwest energy opportunities through various projects related to electrification, transmission studies, and renewable energy development.

Meier_REET_425_Final_Project

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The Desert Sunlight solar farm in Riverside County, CA is a 550 megawatt photovoltaic power plant that provides enough electricity for 160,000 homes. It uses over 8.9 million solar panels to convert sunlight into electricity for distribution to the power grid. A simulation of the plant's electrical configuration was conducted in MATLAB Simulink to validate its stability and performance. The plant utilizes high efficiency thin-film cadmium telluride solar panels that were developed by First Solar. The Desert Sunlight project demonstrates the viability of utility-scale solar power as a supplement to traditional fossil fuel generation.

Repurposing of west virginia strip mines for sustainable

mabartl

This document discusses potential options for repurposing a former strip mine in West Virginia called Hobet Mine for sustainable energy production. Three main solutions are analyzed: hydroelectric, solar, and wind turbines. For the hydroelectric solution, constructing an upper and lower reservoir with a 300 foot elevation difference could generate 438 MW at an estimated cost of $480 million. A solar farm occupying 2400 acres of the site could generate 150 MW at an estimated capital cost of $166 million. Wind turbines placed on 1800 acres could generate 132GW through 24 turbines, but at a high estimated cost of $234.9 million. Based on metrics analyzing energy output, cost per kW, environmental impact, and social factors, hydroelectric production was determined

A study on charanka solar park and kudankulam nuclear power plant in india

Ketan Vador

The Charanka Solar Park in Gujarat, India is the largest solar park in Asia. Phase 1 has an installed capacity of 214 MW from 17 thin-film photovoltaic power systems across 2,000 hectares. When fully operational in 2014, it will host 500 MW across 2,456 hectares at a cost of $280 million. It saves millions of tons of carbon dioxide emissions annually compared to fossil fuel plants and is helping India meet its renewable energy targets.

A Praposal For Installation of 10 mw solar thermal power plant.

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This document summarizes a research paper on modeling and simulating a Rankine cycle coupled with a heliostat solar receiver. It discusses using concentrated solar power to generate electricity by focusing sunlight onto a receiver using heliostats. The heat is then used to power a Rankine cycle. It compares using circular and elliptical receiver tube sections. The methodology uses pressure-velocity coupling simulation in ANSYS software. The research aims to minimize coal consumption and fill gaps in integrating solar thermal with Rankine cycles.

The potential for wind energy in lebanon

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The document discusses the potential for wind energy in Lebanon. It outlines Lebanon's national framework and policy commitments to increase renewable energy, including a target of 12% renewable energy by 2020. One of the initiatives in Lebanon's National Energy Efficiency Action Plan is to generate electricity from wind power, with a target of 400-500 megawatts of wind energy by 2020. The first phases include requests for private sector proposals for a 50-100 megawatt wind farm and expressions of interest for a public sector 1-10 megawatt wind farm.

FEASIBILITY STUDY OF ORKNEY’S WINDFARM DEVELOPMENT FOR SELF-SUFFICIENT FOR EN...

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In Orkney islands, a number of wind energy projects have been established due to its potential for wind energy development especially as cluster developments on hilltop and moorland. This Self-sufficient Orkney Wind Energy (SOWE) project is trying to follow this pattern of development and has designed as a simple linear development of medium-large scale wind turbines which avoids dominating the landscape, while providing diversification required for the energy security, along with strong economic benefits to the local community. The developer completed preliminary designs and landscape assessment, resulting in the detailed design and the development of 27 wind turbine project for the expectation to generated electricity of 549.2 GWh annually. The SOWE project has been designed and selected the use of the Enercon E44 - 900 kW and Norex N80 - 2.5 MW wind turbines. These machines represent the maximum scale, respectively, as; • the site layout and all modelling have used a 45m, and 60m turbine tower height; • a rotor diameter of 44 m, and 80 m; and • The blade length is 22 m and 40 m. It has been found that the SOWE project provides a promising contribution towards the Scottish Government renewable energy production and carbon reduction targets. KEYWORDS feasibility study, windfarm, Orkney, road transport

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This document discusses various renewable energy technologies including solar, wind, hydro, and biomass. It provides information on how each technology works and its components. Some key points: - Solar photovoltaic systems convert sunlight to electricity using solar cells, while solar water heating uses collectors to heat water. - Wind turbines use rotor blades to capture kinetic energy from the wind and convert it to rotational shaft energy using a generator. - Hydro power uses a turbine to convert the kinetic energy of moving water into mechanical energy to power a generator. - Biomass energy includes biogas produced from organic waste through anaerobic digestion, and bioenergy from biological materials like plant matter.

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This document summarizes a presentation given by Yamen Nanne of the Los Angeles Department of Water and Power (LADWP) to the California State Lands Commission regarding a proposed solar demonstration project at Owens Lake. The presentation provides an overview of LADWP's renewable energy goals and programs, describes the drivers and development process for the proposed solar project, and summarizes the results of wind tunnel testing of different solar panel configurations to reduce dust emissions at Owens Lake as required. It requests feedback on next steps for the project, which includes further geotechnical analysis and stakeholder engagement before proceeding with the demonstration phase.

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This document evaluates solar electric power technologies in Jordan using fuzzy set methodology. It assesses photovoltaic (PV) systems and solar ponds based on parameters like power capacity, efficiency, cost, land usage, and safety. The results show that PV technology is better suited for generating electricity in Jordan in terms of benefit-to-cost ratios. PV requires further research and development support to improve its competitiveness, but offers advantages like generation during peak loads and lower greenhouse gas emissions compared to fossil fuels. While solar ponds can effectively store and provide heat and electricity, PV is currently more practical and cost-effective for power generation in Jordan.

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Session 2 Dr Ziad Jibril Sabra, Jordan

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Jordan has excellent solar and wind resources and is making renewable energy a priority. The country aims to source 10% of its energy from renewable sources like solar and wind by 2020. Jordan has established policies and incentives to attract renewable energy investments, including setting ceiling prices for different technologies, net metering, and tax exemptions. Projects are being developed through various approaches such as direct proposals, competitive bidding, and EPC contracts. The first round of direct proposals resulted in several solar PV projects that are now under construction. Jordan is on the right path to significantly increase renewable energy in its energy mix.

APP_PEER_REV_Australia-INDIA PERSPECTIVE 23 June.ppt

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This document discusses India's energy sector and initiatives to improve efficiency. It notes that India's economy has grown rapidly at around 9% annually in recent years, driving strong growth in electricity demand. To meet this demand, India plans large additions of new coal, hydro, nuclear and renewable generating capacity. Initiatives to improve existing plants include renovations to enhance efficiency, as well as policies to promote clean coal technologies, ultra-mega power projects, and increasing the share of hydro and renewable energy. The document outlines India's capacity targets through 2032 to support ongoing economic growth in a sustainable manner.

ELECTRICAL POWER GENERATION BY NON CONVENTIONAL ENERGY-GEOTHERMAL

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Geothermal energy has the potential to provide long-term, secure base-load energy and greenhouse gas (GHG) emissions reductions. Climate change is not expected to have any major impacts on the effectiveness of geothermal energy utilization, but the widespread deployment of geothermal energy could play a meaningful role in mitigating climate change and accessible geothermal energy from the EarthÃ¢â‚¬â„¢s interior supplies heat for direct use and to generate electric energy. The paper deals with the use of geothermal resources for the production of electricity next are technologies of change geothermal energy into electrical energy, future of geothermal energy and advantage and disadvantage of geothermal energy

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The feasibility study found that a 10MW biomass power plant fueled by wood waste from local timber operations in Ndola, Zambia is feasible. A plant using steam turbine technology could be sustained from available waste and have a capacity of 7MW. Additional biomass sources could increase capacity to 10MW. Challenges include finalizing land acquisition, securing a firm feedstock supply, and obtaining a tariff that makes the plant economically viable. Next steps are to complete the land deal, environmental review, engage potential heat and electricity customers, and arrange project financing.

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This document discusses California's plan to meet its renewable energy and zero net energy building targets through significantly expanding distributed photovoltaic (PV) systems, with a focus on rooftop solar. It estimates California will need over 15,000 MW of new rooftop residential and commercial PV by 2020 to achieve these goals. It also outlines the economic and environmental advantages of distributed PV compared to large remote solar projects requiring new transmission infrastructure. Key challenges remain in fully aligning the utilities' business model with this distributed energy future.

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Jordan faces high energy costs and demand growth due to its reliance on imported energy. It aims to increase renewable energy to 10% of its energy mix by 2020 through various solar and wind projects totaling around 800 MW of each. Jordan has over 135 MW of operational renewable projects so far and another 900 MW under construction or development through different regulatory schemes including direct proposals, competitive bidding, EPC projects, and net metering. The presentation outlines Jordan's energy sector figures, regulatory framework, ongoing and future renewable projects, technical requirements, and applicable codes and standards to ensure quality assurance of PV power plants.

Indonesia ina002 1366765311

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Over the past 15 years, Australia’s renewable energy market has continued to attract massive interest from Developers, Contractors, manufacturers, governments and local and international investors. This reflects global energy trends driven by factors such as a push for diversification of energy sources and asset classes, government incentives for clean energy technology developments and, importantly, the decreasing cost of electricity from renewable energy sources. The renewable energy industry in Australia is well-established and mature for some technologies (eg wind, rooftop solar PV), developing in others (eg utility scale solar PV, solar thermal/CSP and hybrid solar) and at commercialisation stage in others (eg geothermal, wave). At this time of increasing market interest and development, it is relevant to consider key issues and market trends in the construction, operation and regulatory aspects of projects, and critical bankability considerations relating to each of these issues. While this paper focuses on issues that are of most interest to project Sponsors and Lenders, many of these considerations are equally relevant to Contractors. This paper considers these issues in the context of utility scale solar and wind projects in Australia.

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This document assesses the viability of solar energy as an alternative energy resource for the Bahamas. It analyzes the country's current reliance on imported fossil fuels, the electrical utility market breakdown among islands, and average household energy usage. The document finds that solar irradiance and technical potential allow for viable solar power generation. Specifically, solar parks and greenfield installations could power the out islands at 58 megawatts of capacity. This would reduce peak load on utilities and lower fuel costs. The document also examines considerations for implementing solar in more populated and urbanized areas.

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