Topic:"Renewable Energy" in M04265

9. Contract The company and the customer shall enter into a contract specifying technical and operating aspects of parallel generation.

AI summary The company and the customer are required to enter into a contract that outlines the technical and operational details of parallel generation.

ermore, data can be managed on the PC with the GUI and ported to a second platform to more fully utilize the enhanced computing power available. PROSCREEN II provicies a true client/server environment Early 1993 innovations include release...

AI summary PROSCREEN II has evolved with the introduction of a GUI for the UNIX platform and the DSVIEW Program Design Module. It provides a client/server environment and is used by over 80 utilities, supported by more than 30 full-time analysts. The system continues to evolve to meet industry needs.

Graphical User Interface (GUI) Another interface option is the PROSCREEN II Graphical User Interface (GUI). The GUI provides a menu-driven alternative to the Control System. This interface guides the user through a logical sequence of step...

AI summary The PROSCREEN II Graphical User Interface (GUI) offers a menu-driven alternative to the Control System, guiding users through steps to generate datasets, run modules, analyze results, and file outputs. It also supports scenario planning and includes a capture mode for tracking user actions.

Interface Capabilities PROSCREEN II is linked to spreadsheets and other software programs by an interface specifically developed to allow porting of data to and from PROSCREEN II without the need for re-keying. Additionally, the GUI can ou...

AI summary PROSCREEN II offers advanced interface capabilities for data transfer and manipulation, including integration with spreadsheets, GUI functions, and various data operations like transpose, rotate, and copyrange. Users can navigate and modify data using keyboard commands and save or export data in different formats.

Dispatch of Non-Thermal Resources System load data is passed in the form of a typical 168-hour weekly load shape to the GAF from the LF A Module. Then, the dispatch of non-thermal resources is performed in the following order: - 1. The tra...

AI summary The document outlines the process for dispatching non-thermal resources in energy systems, including the handling of load data, hydro generation, transactions, pumped storage hydro, and direct load control devices. After non-thermal resources are dispatched, thermal generating units serve the remaining load.

RESPONSE TO INFORMATION REQUEST TO: NSUARB FROM: NSPI Question IR-32: Pages 18 and 19 of the Report describes the cost increases and other issues related to NSPl's fuel supplies. In view of these costs and concerns, is it not preferable to...

AI summary NSPI explains that building new gas-fired generation in Nova Scotia before it is needed would only benefit customers if fuel savings offset capital costs. The conversion of Tufts Cove to fire both gas and oil was based on this principle. Existing coal-fired generation has lower and less volatile costs, making further natural gas investments unbeneficial.

"REVISED" Question 7: Reference 3) 1998 Nova Scotia Power Annual Report, page 16: "Nova Scotia is building its electric utility business to become more competitive. In July, the National Energy Board approved the company's export license....

AI summary The document asks Nova Scotia Power Inc. (NSPI) about its exploration of replacing lost customer loads through export sales, details on 1999 electricity exports, financial statements, and whether NSPI has considered shutting down uneconomic generating facilities to benefit other customers.

Generation type/fuel GWh produced Thermal-coal 7015.0 Thermal-oil 2358.3 Hydro 890.9 Purchases 242.0 Wind 0.0 Total 10506.2 Fuel prices must remain confidential. However, our total cost of fuel and purchased power in 1998 was $257 .3 milli...

AI summary The text provides a breakdown of energy generation by type and fuel, with thermal-coal being the largest contributor. It also mentions fuel costs and the use of indigenous coal, which has decreased since 1998 due to supply issues at CBDC. Fuel prices are noted as confidential.

DR. CHAMBERLIN, DIRECT EXAM. BY MR. OUTHOUSE 2749 - be calculated in a similar manner? - 2 They can be calculated in a similar manner, in which Α. case avoided costs are calculated if they're 3 calculated the same way as long-run marginal...

AI summary The discussion revolves around the calculation of avoided costs and long-run marginal costs, with the expert noting that they can produce similar results if calculated on the same planning assumptions. The expert also clarifies that avoided costs are often used differently in PURPA contexts and may involve distinct approaches compared to long-run marginal costs.

ackage low-cost wholesale power with value-added services or attractive financing terms. In an unbundled electric utility environment, each utility will be faced with four distinct customer segments: 1. Captive customers who do not have ac...

AI summary The text discusses the unbundling of electric utilities and the emergence of distinct customer segments in a competitive market. It highlights how utilities may transition to low-cost wholesale power providers or exit generation entirely, relying on market forces for bulk power needs as competition increases.

"REVISED" Question IR-30: Page 14 of the Report mentions about NSPPs direct sales to Quebec, Maine and Maryland. - a) Please provide the amounts of power sales in 1998 - b) Please provide all the cost/benefit analysis of making sales to se...

AI summary The response to Question IR-30 refers to Table UARB-IR-30-A for power sales amounts in 1998 and mentions a cost/benefit analysis related to sales to self-generation at Load Retention rates and selling system power in the wholesale market.

Summary of NSPI Position I. t I. 5. NSPI believes that Sable natural gas not only should but cah be made available to consumers in Nova Scotia at a delivered cost that. enables displacement of alt~ative fossil fuels. Seeking 90,000 MMBtu/d...

AI summary NSPI argues that Sable natural gas should be made available to Nova Scotia consumers at competitive prices to displace alternative fossil fuels. It highlights concerns about discriminatory toll structures, pipeline capacity commitments, and revenue requirements that may make gas unaffordable. NSPI advocates for point-to-point tolling and fair access to ensure economic benefits for Nova Scotia.

Markets for Electrical Energy - 8. Markets for electrical ·energy are becoming increasingly competitive. Many jurisdictions are moving to open their transmiss~on grids to give electric customers access to a variety of sources of generation...

AI summary The document discusses the increasing competition in electrical energy markets, particularly in the US and Alberta, and the potential for electric-on-electric competition in Atlantic Canada. NSPI highlights its proximity to new natural gas supply as an advantage in the evolving competitive market.

NSPl's Interest in Gas - 11. NSPI has a serious and genuine interest in the use of natural gas in Nova Scotia. NSPI's interest in gas is twofold-primarily for its own use in generating electric power in Nova Scotia, and secondly as an alte...

AI summary NSPI has a significant interest in using natural gas for electricity generation and as an alternate fuel in Nova Scotia. It operates generating stations at Tufts Cove and Trenton that could be converted to natural gas, which would reduce dependency on foreign oil. NSPI is also considering building gas-fired combined cycle plants and has commissioned a pipeline study to assess feasibility.

21. The Accord has among its objects: "To achieve the early development of petroleum resources in the offshore area for the benefit of Canada as a whole and Nova Scotia in particular;" "To recognize the right of Nova Scotia to be the princ...

AI summary The Accord aims to develop offshore petroleum resources for the benefit of Canada and Nova Scotia, emphasizing the province's right to primary benefits. Concerns are raised that approving the M&NE and SOEP projects may result in offshore gas flowing to the U.S. and New Brunswick, failing to reduce Nova Scotia's dependence on foreign oil. NSPI supports using offshore gas locally but stresses the need for economically viable pricing.

I 29. The conclusions of Confer/Miles can be summarized as follows: - (i) M&NE's proposed toll design is economically inefficient and should not be approved by the Board. The postage stamp toll design violates the conditions required to ac...

AI summary The Confer/Miles report concludes that M&NE's proposed postage stamp toll design is economically inefficient and should be rejected. It recommends a point-to-point toll design and revised lateral policies. The report highlights the lack of a competitive natural gas market in the region and suggests amending the Board's procedures to ensure transparency and fair access to Sable Island gas.

Proposals To Use Gas To Generate Electricity NSPI has entered into a long-tetm contract (10 years) for gas delivery to the termination point of the Halifax lateral in Tuft's Cove. Though NSPI has the option of selling the gas if oil prices...

AI summary NSPI has a long-term gas contract for use at Tuft's Cove, with plans to build a 300 MW gas-fired plant to displace coal. Stora Forest Industries is also considering a 250 MW plant, which may reduce NSPI's load and coal demand. The impact on coal depends on NSPI's export market success and coal price competitiveness.

Recommendations: - 1) The Steering Committee.accepts and endorses the recommendations which are set forth and more fully amplifi_ed in the attached report of the consultants, Gardner/Pinfold and Hillary and Associates. In summary, the reco...

AI summary The Steering Committee recommends actions to support the CBRM region, including early access to natural gas, resource pooling for offshore projects, training programs for natural gas jobs, and a review of provincial energy policy. A lateral natural gas pipeline is also recommended to mitigate the impact of the SOEP on the region.

Project $ millions Timeframe SOEP Phase I 2,000 1997-1999 SOEP Phase II 1,000 2002-2004 M&NPP 335 1999-2000 NS Distribution System 465 2000-2007 NSPI 230 2000-2004 Total $4,030 On-going offshore exploration and other projects arising from...

AI summary The document outlines several major energy projects in Nova Scotia with their associated costs and timeframes, including the Sable Offshore Energy Project (SOEP) and the NS Distribution System. It also estimates that ongoing offshore exploration and related developments could add $300-400 million to the total project costs over the next decade.

Impact on the Electrical Energy Market The availability of natural gas in the Nova Scotia market can be expected to lead to competition with other fuels to meet demand for thermal electrical energy. The experience in other jurisdictions sh...

AI summary The availability of natural gas in Nova Scotia is expected to compete with coal for thermal electricity generation, potentially reducing coal usage. Factors such as environmental standards, deregulation, and low gas costs are driving this shift. NSPI plans to convert its Tuft's Cove station to dual-firing and may add new gas capacity. The impact on coal depends on CBDC's ability to supply competitively priced coal and assumptions about gas use, conversion economics, and electricity demand growth.

1. CONTEXT Development of the Sable gas fields is at its mid-point, with production expected late in 1999 or early 2000. SOEP received regulatory approval in 1997, following a lengthy review process. For many Nova Scotians, SOEP means jobs...

AI summary The Sable gas fields are nearing mid-point development, with production expected by late 1999 or early 2000. SOEP received regulatory approval in 1997, offering jobs and industrial opportunities. Natural gas is expected to displace other fuels, raising concerns for established energy suppliers and creating opportunities for industrial development, particularly in the CBRM.

2. OBJECTIVES The Province of Nova Scotia and the CBRM require an analysis of how the development of the Sable Gas Projects and the availability of gas in the province are likely to affect the CBRM. There is also a need for guidance on wha...

AI summary The study aims to assess the impact of the Sable Offshore Energy Project and the availability of natural gas on the CBRM, including effects on coal use and employment at the CBDC's mines, and to recommend actions to maximize benefits and minimize negative effects.

Participation in Offshore Exploration and Development The CBRM shares with other parts of the province an interest in having its businesses and individuals participate in offshore oil and gas development. They are doing this by supplying g...

AI summary The CBRM is interested in participating in offshore oil and gas development, particularly through the Sable Offshore Energy Project (SOEP) and exploration activities in the Sydney Basin and Laurentian Subbasin. Opportunities for petrochemical development using ethane from SOEP are also discussed, though feasibility remains uncertain.

Natural Gas as a Source of Electrical Energy Coal plays an important role in the CBRM, providing direct employment for some 1,700 and injecting over $140 million in operations spending annually into the regional economy. Mine operations ac...

AI summary Coal is a significant economic driver in the CBRM, supplying most of Nova Scotia Power Inc.'s coal for electricity generation. However, the shift toward natural gas for electricity production, driven by environmental and cost considerations, may reduce future coal demand.

The job opportunities linked to these project activities number in the thousands. By main category of activity they include: SOEP PROJECT COMPONENTS M&NPP NS DISTRIBUTION SYSTEM Services Fabrication Construction Pipeline and Laterals Distr...

AI summary The text outlines the job opportunities associated with various project components, including the SOEP, M&NPP, and NS Distribution System, detailing roles across different categories such as engineering, construction, and operations. It also references the participation of CBRM firms in these projects.

Table II-3 Nova Scotia Firms Registered to Bid on SOEP Con tracts N ova Scotia (mainland) Cape Breton (outsid e CBRM) 850 35 CBRM 25 Source: BIDS Nova Scotia Limited.

AI summary Table II-3 lists Nova Scotia firms registered to bid on SOEP contracts, showing 850 from mainland Nova Scotia, 35 from Cape Breton outside CBRM, and 25 from CBRM.

Development What happens during development, and where, is dependent on the nature and extent of offshore activities. Confining our attention to the Sydney and Laurentian Subbasins, what is possible over the next de~ade may be summarized a...

AI summary The development of offshore resources in the Sydney and Laurentian Subbasins would require logistical and service support from the CBRM, including ports, airports, and technical services. Field development would depend on economic factors and could take 5-10 years or longer. Transportation of hydrocarbons would involve pipelines or tankers, with onshore facilities such as processing plants and refineries.

Factors Affecting the Geographical Distribution of Offshore Opportunities Component Location of Activity Competition Comments Project Management and Engineering Local and Global International among experienced EPC contractors - Overall pro...

AI summary The text discusses the geographical distribution of offshore opportunities in Nova Scotia, focusing on the fabrication of offshore structures and the need for local and international participation. It highlights the importance of quality control, health and safety standards, and competition among contractors for successful project execution.

Positive Impacts in the CBRM Access to natural gas would have a generally favourable impact in the CBRM. Assuming gas is available in the region in conformance with provincial regulations (ie, wide distribution at a uniform province-wide p...

AI summary Access to natural gas in the CBRM would lead to energy savings, job creation in gas distribution, potential industrial competitiveness gains, environmental benefits from reduced greenhouse gas emissions, and new business opportunities in gas-related services.

Some Caveats about CBRM Access to Gas Current market conditions are not favourable for the extension of natural gas supply to the CBRM. The market is small and uncertain. Prices for the fuels gas would try to displace are relatively low so...

AI summary The document discusses the challenges of extending natural gas supply to CBRM due to a small and uncertain market. Key factors include a declining population, weak industrial base, and reliance on Sysco for potential demand. NSPI's potential conversion of power generation units from coal to gas is also considered, though it could negatively impact coal mining prospects.

) Existing economic base is threatened. o While the availability of gas elsewhere in the province does not appear to represent an immediate threat to coal, it does afford NSPI and its larger industrial customers a long-term solution for re...

AI summary The existing economic base in CBRM is threatened due to the potential decline in coal demand, which could lead to the loss of the industrial base. However, access to gas offers a long-term solution for reducing emissions, which could benefit the area if it is also available.

Table V-1 NSPI Sources of Electrical Energy Without Natural Gas Ene rgy Sour ce $ ; Load Coa 1 (1) Oil (1) Hydro (2) Purcha ises (3) GWh t 000s $ Mega 1 $ GWh $ GWH $ 1996 9,825 3,067 198.9 159.4 35.7 1,112 255 17.2 1997 10,305 3,224 189.2...

AI summary Table V-1 outlines NSPI's sources of electrical energy without natural gas from 1996 to 2010, showing increasing coal and oil use and stable hydro supply. Coal and oil use increased proportionally to 1997 levels, while hydro supply remained consistent with the 1993-1997 average.

Proposals To Use Gas To Generate Electricity NSPI has entered into a long-term contract (10 years) for gas delivery to the termination point of the Halifax lateral in Tuft's Cove. Though NSPI has the option of selling the gas if oil prices...

AI summary NSPI has a long-term gas contract for a 300 MW gas-fired plant at Tuft's Cove to displace coal use. Stora Forest Industries is considering a 250 MW plant at Point Tupper, which may reduce NSPI's load and coal demand. The impact on coal depends on NSPI's export market success and coal price competitiveness.

Coal Demand Drops Assuming no Electricity Exports In the absence of very detailed information about export markets, it is difficult to determine how realistic the export case is. For purposes of assessing the impact on coal, we take a cons...

AI summary The text discusses the impact of converting coal-fired power plants to natural gas, assuming no electricity exports. It estimates coal demand reductions based on the timelines and capacities of NSPI and Stora's planned gas-fired plants, showing significant drops in coal usage by 2004 and 2005.

vice and encouragement from the oil and gas industry. 3. Programs to provide training for jobs in natural gas distribution should be developed and established at one or more institutions in the CBRM. Special courses for gas fitters and rel...

AI summary The document recommends developing training programs for natural gas distribution jobs in the CBRM and suggests a review of provincial energy policy to align with current and future energy supply and demand conditions. It highlights changes in the energy landscape, including the arrival of natural gas, the closure of CBDC, and potential environmental regulations.

I I ' I Energy demand has shown little change over the past decade. To some extent this is due to efficiency gains offsetting demand growth. But it also because trends are difficult to distinguish, given the strong influence of winter temp...

AI summary Energy demand in Nova Scotia has remained relatively stable over the past decade, influenced by efficiency gains and weather variability. Electricity generation relies heavily on coal and hydro, with natural gas emerging as a potential alternative. The success of natural gas depends on economic, environmental, and regulatory factors, as well as competition with existing energy suppliers like CBDC.

ed "co-firing"). What is more likely, and what is occurring elsewhere, is the use of gas to power higher efficiency ("Combined-Cycle") generating units when additional generating capacity is required. - Three effects are evident with the s...

AI summary The text discusses the potential use of natural gas in Nova Scotia, particularly the Sable gas project, and how market deregulation elsewhere in North America has influenced customer choice and competition in the gas sector. It highlights the complexities of pricing and the multiple entities involved in delivering natural gas to consumers.

Issues Coal will continue to be an important source of electrical energy in Nova Scotia for many years to come. NSPI's coal-fired generating plants are relatively new (most built after 1980) with at least 20 years of useful life remaining....

AI summary Coal remains a significant energy source in Nova Scotia, with NSPI's coal plants having long remaining lifespans. At current fuel prices, replacing coal with gas is not economically viable. CBDC's future role in coal production is in question, as production has declined significantly, and imports are increasingly used to meet NSPI's coal needs.

TABLE B-9 CASE A: NATURAL GAS ON MAINLAND NOVA SCOTIA AND STRAIT OF CANSO TOTAL ENERGY DEMAND (OOOs MMBtu) Electricity Petroleum Wood Nahlral Gas Energy LFO HFO Propane 1996 29,117 25,009 8,449 2,121 283 0 64,980 1997 30,535 25,384 8,576 2...

AI summary Table B-9 presents historical energy demand data for Natural Gas on Mainland Nova Scotia and the Strait of Canso from 1996 to 2010, detailing energy consumption in OOOs MMBtu across various categories including electricity, petroleum, wood, and natural gas.

- 2. Natural gas displaces 10% of electrical load for domestic heating by 2010. - 3. Natural gas captures about 30% of the domestic fuel oil market by 2010. - 4. Natural gas achieves 5% higher efficiency than displaced oil furnaces. - 5. N...

AI summary The text outlines the impact of natural gas on domestic heating and fuel markets by 2010, noting its displacement of electricity and fuel oil, efficiency advantages, and pricing assumptions relative to heating oil.

- 2. Natural gas displaces 0% electrical load in the commercial-institutional sector. - 3. Natural gas captures 50% of the commercial-institutional fuel oil market by 2010. - 4. Natural gas achieves 5% lower efficiency than displaced oil-f...

AI summary Natural gas is displacing fuel oil in the commercial-institutional sector, capturing 50% of the market by 2010, but is 5% less efficient than displaced oil-fired boilers. It is assumed to be sold at a minimum 10% below #6 fuel oil, considering efficiency-adjusted energy equivalence.

TABLE C-3 CASE B: NATURAL GAS IN THE CAPE BRETON REGIONAL MUNICIPALITY INDUSTRIAL ENERGY DEMAND (OOOs MMBtu) Electricity Petroleum Natural Gas Total Energy LFO HFO Propane 1996 1,512 275 1,246 135 0 3,169 1997 1,575 279 1,265 137 0 3,257 1...

AI summary This table presents the energy demand in the Cape Breton Regional Municipality from 1996 to 2010, showing the usage of electricity, petroleum, and natural gas. Natural gas enters the Nova Scotia market in 2000, as noted in the text.

Introduction An examination of the primary fossil fuels used in electricity generation, namely, coal and natural gas, reveals a shift in the market toward natural gas in recent years. The trends in electricity generation in the U.S. reveal...

AI summary The text discusses a shift in U.S. electricity generation from coal to natural gas, driven by regulatory changes, cost differences, and environmental factors. While coal remains dominant, its share is projected to decrease as natural gas becomes the preferred fuel for new capacity.

Regulatory Changes in the Electric Industry The electric industry in the U.S. is in a period of deregulation and rapid restructuring. The legislative and regulatory landscape for electricity markets in the United States is changing almost...

AI summary The U.S. electric industry is undergoing deregulation and restructuring, shifting from local monopolies operated by investor-owned utilities to more competitive markets. This shift has led to a decline in coal's market share as natural gas becomes more dominant due to industry consolidation and regulatory changes.

lear capacity has a marked impact on the electricity outlook after 2010. Forty seven percent of the new CCGT and 58 percent of the new coal capacity is expected to be introduced between 2010 and 2020. - Regional Differences in Relative Pri...

AI summary The text discusses regional differences in the relative prices of fuels for electricity suppliers, highlighting the geographical distribution of capacity by energy source. It notes that the West South Central region has seen increased reliance on natural gas due to coal transportation issues and higher coal prices.

Conclusion Natural gas is well poised to capture an increasing share of the evolving electric industry in the U.S. Gas-fired generation holds many advantages over competing fuels. The low capital cost, operating flexibility, short construc...

AI summary Natural gas is positioned to gain a larger share in the U.S. electric industry due to its advantages such as low capital cost, flexibility, and lower emissions. However, rising demand may lead to increased prices post-2000, tempering initial forecasts of its dominance in electricity generation.

Environmental Factors In recent years, UK electricity companies have made significant strides towards improved environmental performance. Emissions of carbon dioxide, in terms of units generated, continue to decline. The reduction in total...

AI summary UK electricity companies have made significant environmental improvements, with CO2 emissions declining by 29% between 1979 and 1994. This is due to increased use of gas-fired CCGTs, nuclear power, CHP, and renewables. The UK has met its emissions reduction targets under the European Large Combustion Plant Directive and the Climate Change Convention.

Conclusion Regulatory changes have lead to the elimination of monopolies and the reduction of governmental intervention in the electric power industry in the United Kingdom. Reforms include the reduction of price controls and tariff restri...

AI summary The conclusion discusses the restructuring of the UK's electric power industry, highlighting the elimination of monopolies, reduced government intervention, and privatization. While some reforms have been successful, issues like market power of generators, loose regulation, and reintegration threats have emerged. The shift to natural gas and improved emissions technologies has also influenced generating technology choices and emissions levels.

Introduction Unlike the current restructuring in the United States and the previous restructuring in the United Kingdom, the restructuring of Alberta's electric utility industry is not expected to alter the distribution of fuels used for g...

AI summary Alberta's electric utility industry restructuring maintains coal as the primary fuel for electricity generation, emphasizing its cost-effectiveness, reliability, and competitive advantage in production. Coal accounts for 76% of generation capacity, with natural gas and hydro making up the remaining 27%.

Low Production Cost for Coal The low production cost of coal in Alberta can be attributed to inexpensive mining methods, the minimal preparation requirements and the low transportation costs associated with coal used for el~ctricity genera...

AI summary The low production cost of coal in Alberta is due to inexpensive surface mining methods, minimal preparation requirements, and low transportation costs. Subbituminous coal is primarily used for electricity generation and requires little preparation or transportation. Bituminous coal, however, requires more extensive preparation and is more costly to transport to distant markets.

Restructuring of the Electric Industry The first step of the restructuring of Alberta's electricity industry was the passage of the Electric Utilities Act (EUA) in 1995. The Act created the open-access, independently operated Power Pool th...

AI summary The restructuring of Alberta's electricity industry began with the Electric Utilities Act of 1995, creating an open-access Power Pool and independent transmission administration. The 1998 Electric Utilities Amendment Act introduced customer choice, deregulation of generation by 2001, and market-based incentives. Coal remains the preferred fuel despite increased competition and efficiency.

Availability of LR Rate Q. DID NSPI PROPOSE WHEN IT WOULD START OFFERING AND THE DURATION FOR WHICH IT WOULD OFFER THE LR RA TE? A. No, it did not. Q. DO YOU HAVE ANY COMMENTS ON THIS ISSUE? A. Yes, I do. The gas may not be available for t...

AI summary NSPI did not propose when it would start offering the LR rate. The response suggests that the LR rate should not be offered until gas becomes available and long-term capacity is secured, as the marginal cost of this capacity is higher than the LR rate revenue.

II. Representative Program Appearances "Synthetic Liners for Ponds", presented at 197 6 Water and Wastewater Equipment Manufacturers Association Conference at Houston, April 1, 1976. "Corrosion of Subsurfaces Equipment in Producing Oil and...

AI summary The text lists a series of presentations and speeches on topics related to energy, utility regulation, and gas markets, presented at various conferences and meetings between 1965 and 1997. These presentations cover a range of subjects, including gas regulation, utility restructuring, and engineering aspects of energy systems.

Response to Undertakings Requested During Hearing TO: NSUARB FROM: NSPI ORIGINAL Undertaking U-5: - a) To provide a ranking of generating facilities in order of economic dispatch (non confidential); - b) and to provide the marginal cost fo...

AI summary NSPI responds to Undertaking U-5 by providing a non-confidential ranking of generating facilities by economic dispatch and noting that marginal cost data is confidential. The ranking is subject to change based on operational factors.

Concerns About the Proposed Load Retention Rate - 1. NSPI's proposed load retention rate represents an effort by a regulated monopoly to appropriate for itselfthe benefits of competition while avoiding the obligations associated with eithe...

AI summary The document expresses concerns about Nova Scotia Power Inc.'s proposed load retention rate, arguing that it allows a regulated monopoly to avoid competition obligations while retaining regulatory benefits. It criticizes the lack of transparency and potential for unfair pricing, and questions the relevance of outdated US regulatory decisions. The document also highlights the inevitability of competition from natural gas and the need for a level playing field.

script, page 20 9. NSPI's representative considered it premature to have any ofits customers resort to self-generation prior to the period of 2008 to 2010. Christopher Huskilson, Transcript, page 37 10. In the meantime, every state in the...

AI summary NSPI's representative argued against customer self-generation before 2008-2010, while noting that all US states have restructured their electric industries. The US Federal Energy Regulatory Commission promotes wholesale competition. Encouraging alternative generation is seen as beneficial for environmental and economic reasons, and to avoid inefficiencies of the current monopoly.

1.0 COMPETITIVENESS These Proceedings have likely been somewhat historically unique in that it would appear that all parties have found some measure of common ground. The common ground, simply stated, is that to develop a healthy, consumer...

AI summary The document discusses the importance of market-driven competition in the energy sector to ensure consumer choice and business competitiveness. It highlights concerns about LR (long-term) rates being reactionary and the need for balanced terms and conditions to prevent disadvantaging consumers. The proposal by NSPI is seen as a step forward, but the need for checks and balances to protect all stakeholders is emphasized.

INTERVENTION OF IRVING OIL LIMITED Take Notice that Irving Oil Lunited (''Irving Oil'') hereby intervenes in this proceeding, and files this Intervention pursuant to the Notice of Hearing in the form approved by the Nova Scotia Utility and...

AI summary Irving Oil Limited intervenes in a regulatory proceeding, stating its interest in the development of natural gas markets in Nova Scotia and Atlantic Canada. It emphasizes its role as both a consumer and supplier of energy and seeks to participate in ensuring a competitive energy market in the province.

addition of cogeneration facilities was a benefit to the NIPSCO system and that because deferral might well mean cancellation such deferral could result in higher long run costs for NIPSCO customers. Public's witness, Dr. Chang, stressed t...

AI summary The text discusses the impact of deferring cogeneration facilities on NIPSCO customers, with witnesses debating the consistency of deferral with federal and state laws. Concerns are raised about potential higher long-term costs, while others argue that deferral might encourage cogeneration development. Witnesses also discuss the flexibility of resource plans and the benefits of customer-owned facilities.

uring the life of lhc: Agreement, the Commission will be free to make a determination at that time, based on the facts and circumstances then presented, of the appropriate Mid-America revenue level. - 4. Co-gmmuion Option. Mr. Breeden stat...

AI summary The discussion covers AP&L's flexibility in constructing co-generation facilities and concerns over assigning rights under an agreement to an unregulated entity. AP&L argues that co-generation provides benefits due to shorter construction lead times, while concerns are raised about the assignability of rights.