N-1Letter, Application and Evidence filed by NSPI 11/1/2010
14 passages
31 1 1.0 STATUTORY REQUIREMENTS 2 3 On May 11, 2010, Bill 64, An Act to Amend Chapter 25 of the Acts of 2004, the 4 Electricity Act (the Amended Electricity Act) received Royal Assent. On October 5 15, 2010, the bill was proclaimed in forc...
AI summary This section discusses the statutory requirements introduced by Bill 64, the Amended Electricity Act, which came into force in 2010. It outlines the enhancements to net metering programs, allowing customers to generate renewable electricity and sell excess electricity to the public utility at a rate equivalent to what they pay for electricity.
2 3 Under the existing Regulation 3.6, a customer's generating capacity under net 4 metering was limited to up to 100 kW to offset part or all of the customer's own 5 electrical requirements. The current net metering program has a peak dem...
AI summary The document discusses proposed changes to net metering regulations in Nova Scotia, increasing the maximum generating capacity from 100 kW to 1 MW. It outlines two classes of service and explains the need for updated interconnection processes for larger generators.
3.6.1 Definition Net metering service is a metering and billing practice that efficiently enables electricity consumers with small, privately-owned generators to offset part or all of their own electrical requirements by utilizing their ow...
AI summary Net metering service allows electricity consumers with small, privately-owned generators to offset their electrical usage by utilizing their own generation. Excess generation is credited against purchased energy for billing purposes over a limited period, and customers using this service are referred to as 'customergenerators'.
3.6 NET METERING SERVICE - b) If in a given billing period the electricity supplied to NSPI's grid by the customergenerator exceeds that supplied to the customer by NSPI, the customer shall be billed only for the applicable non-KWh monthly...
AI summary The net metering service outlines how excess self-generation is handled, including billing rules, energy credits, and anniversary date policies. Customers can bank excess energy for up to 12 months, and credits are forfeited if service is discontinued. Energy credits cannot be converted to cash, and multiple facilities on the same land must apportion generation for billing.
3.6.5 Metering - a) Net energy metering shall ordinarily be accomplished using a single meter capable of registering the flow of electricity in two directions as approved by Measurement Canada. If the eligible customer-generator's existing...
AI summary The section outlines requirements for net energy metering, specifying that a single bidirectional meter is preferred, approved by Measurement Canada. If not feasible, separate meters may be required at the customer's expense.
3.6.6 Special Conditions - a) Special conditions in this regulation do not supersede, modify or nullify special conditions accompanying the otherwise-applicable metered tariff schedules. - b) Qualifying generating equipment must meet the f...
AI summary This section outlines special conditions for qualifying generating equipment, including requirements for renewable energy sources, maximum capacity, ownership, and location. It also details customer-generator responsibilities and approval processes by NSPI.
3.6 NET METERING SERVICE
AI summary This section discusses the Net Metering Service, which allows customers to generate their own electricity and receive credits for excess energy sent back to the grid. It outlines the terms and conditions of the service, including eligibility, billing procedures, and compensation rates.
3.6.1 Definit ion Net Metering service is a metering and billing practice that enables electricity consumers to generate electricity from renewable, low-impact, generators to offset part or all of their own electrical requirements. Excess...
AI summary Net Metering service allows electricity consumers to generate renewable energy, offsetting their consumption and receiving credits for excess generation over a year. Surplus energy is purchased by the utility at retail rates. Participants are referred to as 'customer-generators'.
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AI summary The text discusses the applicability of Net Metering for services with a capacity of less than 100kW, stating that it is not applicable for Unmetered services.
Comments Received from Appleseed Energy Original Message From: brian [mailto:[email protected]] Sent: Friday, October 15, 2010 11:41 AM To: [email protected] Cc: Ross & Gail; Dana Morin Subject: Appleseed Energy Hello, I have a bu...
AI summary Appleseed Energy expresses support for some proposed changes to Nova Scotia's net-metering program, such as the ability to apply credit to other meters and compensation for surplus credits. However, they are concerned that the program, in its current and proposed forms, does not adequately address the high costs of small-scale power production equipment, which limits the sector's growth potential.
We also provided a paper copy of the draft revised Regulation 3.6 (NSPI's existing Net Metering regulation, with the changes that would be made to make it compliant with the Amended Electricity Act.) We wanted to offer you the same opportu...
AI summary The document discusses the draft revised Regulation 3.6, which updates NSPI's Net Metering regulation to align with the Amended Electricity Act. Comments are requested by October 15 to be included in a filing to the UARB by November 1.
Enhanced Net Metering Regulation 3.6 NSPI Responses to Stakeholder Input on draft Regulation 3.6 November 1, 2010 1 Stakeholder Appleseed Energy Suggestions/Comments I would like to ask what the limits or restrictions on the compensation w...
AI summary Appleseed Energy and Minas Basin Pulp & Power expressed concerns about the Enhanced Net Metering Regulation 3.6. Appleseed Energy questioned the compensation limits and argued that the program does not adequately support small-scale production due to high costs. Minas Basin Pulp & Power objected to a regulation requiring generators to meet total annual consumption, arguing it should allow partial offsetting. NSPI responded that the regulation aligns with the Electricity Act and that partial service is permitted.
3 Stakeholder Minas Basin Pulp & Power Suggestions/Comments Green electricity has a value that exceeds the value of conventional electricity, but the Net Metering program only pays for this green electricity at conventional electricity rat...
AI summary Minas Basin Pulp & Power argues that the Net Metering program undervalues green electricity, leading to low participation due to lower prices and higher installation costs. NSPI responds that the program's purpose is to offset consumption, not generate profit, and suggests alternative opportunities for selling electricity.
s electricity generated during a fiscal period may encourage the installation of larger and more efficient generators. NSPI Response N/A 11 Stakeholder Nova Scotia Federation of Agriculture Suggestions/Comments The ability to aggregate met...
AI summary Stakeholders, including the Nova Scotia Federation of Agriculture, comment on net metering and generator sizing. They suggest allowing larger generators to support energy efficiency and account for future consumption increases. NSPI responds that net metering aims to offset consumption and will assess applications to ensure generators are appropriately sized.
N-6NSPI Reply Submission 2/23/2011
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- 27 filed submissions. 1 2.0 REPLY BY NSPI 30 2. The 20 MW distribution capacity limit is appropriate; 31 1 3. NSPI's treatment of potential GHG credits is consistent with the 2 Amended Electricity Act and the UARB's previous decision on...
AI summary The document discusses NSPI's response to submissions regarding the 20 MW distribution capacity limit and the treatment of GHG credits under the Amended Electricity Act. HRWC argues that the amendments do not prohibit multiple meters under different accounts within multiple distribution zones, and that aggregated net metering only requires financial netting, not actual electricity transmission between locations.
HRWC written submission, February 9, 2011, page 3. 1 distribution zone as the net metered generator, are not offset and do not 2 qualify for net metering. Section 3A (1) of the Act reads: 3 4 5 6 7 8 9 3A (1) A public utility may develop a...
AI summary The submission discusses the interpretation of Section 3A of the Electricity Act, focusing on net metering provisions. It argues that the wording does not support allowing net meters in other distribution zones if multiple meters are under one account within a defined zone, emphasizing clarity in the Act's language.
http://www.gov.ns.ca/energy/resources/EM/renewable/renewable-electricity-plan.pdf. 6 Province of Nova Scotia, Department of Energy, Update and Preliminary Guide on Renewable Electricity in Nova Scotia: Renewable Electricity Plan Implementa...
AI summary The document discusses the definition and implementation of net metering, emphasizing that it is designed to offset customer consumption through their own generation. HRWC argues that the proposed distribution zone definition by NSPI is overly restrictive and that transmission services are not utilized if consumption is not located on a specific distribution feeder.
fixed costs by the utility while DATE FILED: February 23, 2011 Page 9 of 14 7 Memorandum from Mel Whalen, Multeese Consulting Inc. to Nova Scotia Utility and Review Board, February 9, 2011, page 5. 1 its long-term effect, after rates are r...
AI summary NSPI sets a 20 MW limit on an enhanced program to monitor cost recovery implications, which it plans to revisit in the future. NSPI argues this approach is prudent and consistent with the Amended Electricity Act, which requires customers to transfer GHG credits to NSPI for compliance with emissions regulations.
1 currently which enables NSPI to use credits or allowances to comply with 2 emissions regulation, that a customer is entitled to keep such credits or 3 allowances. This misconstrues the provisions of the Act . It is a condition 4 of a cus...
AI summary The text discusses the requirement for customers to transfer emissions credits or allowances to NSPI as a condition of participation, and clarifies that NSPI must use them to comply with emissions regulations. It also notes that net metering and other low-carbon energy sources contribute to emissions reductions and that the UARB has previously addressed this issue.
as already been considered and determined by the UARB. In 34 that proceeding, Board Counsel consultant, Mr. Whalen, agreed that 35 potential emissions credits should be held by NSPI: 10 HRWC IR-5(b). 1 2 [118] Mr. Whalen recommended that t...
AI summary The UARB determined that environmental credits from DSM projects should remain with the DSM Administrator for the benefit of all customers, ensuring that NSPI customers do not pay twice for the same benefit. This decision aligns with the 2007 IRP and the Amended Electricity Act.
& lt;sup>12 2009 NSUARB 116, paragraphs 124-125. 1 and he chooses to sell it or retire it, then NSPI must balance that and count 2 it back into NSPI's inventory. This would make environmental 3 compliance more costly to NSPI customers. 4 5...
AI summary NSPI is proposing enhancements to its net metering service, driven by legislative changes. The service will comply with regulations, allow customers to generate renewable energy, and maintain transparency and simplicity. NSPI engaged stakeholders, including the Nova Scotia Department of Energy, and received feedback before filing. Only one intervenor requested changes, and the Board Counsel consultant recommended approval.
Individuals: Enhanced Net Metering To give individuals and small businesses the opportunity to participate in green energy projects, the plan expands and enhances the current net metering program available to consumers through NSPI. Projec...
AI summary The plan expands net metering to allow individuals and small businesses to participate in green energy projects by enabling projects up to one megawatt with multiple meters in a single distribution zone. Participants will receive payment at retail rates for excess power produced annually.
Solar: Heat + Water Focus Solar will qualify as a renewable resource under the enhanced net metering program. Today, solar is used more economically for air and water heating rather than electricity generation. Its role may expand as the c...
AI summary Solar is currently more economically viable for air and water heating than electricity generation under the enhanced net metering program. Its potential role in electricity generation may grow as solar technology costs change over time.
Benefits + Costs In the process of transitioning to a system that is cleaner, more diverse, more domestic, and more secure, this plan will support as much as $1.5 billion in green investment—creating good jobs and growing the economy. Spec...
AI summary The transition to a cleaner and more diverse energy system is expected to bring significant economic benefits, including up to $1.5 billion in green investment and the creation of 5,000 to 7,500 person-years of jobs. However, there are upfront costs and short-term increases in electricity bills. Long-term benefits include energy security and stabilized fuel prices due to renewable energy sources.
Where We Are Now Ageneration ago, Nova Scotia made a deliberate decision to produce electricity from coal. The price was low and stable, and the supply was secure. It was mined right here—so investing in coal-fired generation seemed like a...
AI summary Nova Scotia's reliance on imported coal has led to rising costs, environmental concerns, and economic vulnerability. The Renewable Electricity Plan aims to transition to cleaner, locally produced energy sources, including renewables and natural gas, to ensure affordability, security, and sustainability. The plan builds on previous energy policies and includes input from public consultations led by Dr. David Wheeler.
A Quick Guide to Electricity Units We measure the rate at which electricity is generated or used in watts .A 25-watt bulb uses 25 watts of power. We measure the amount of electricity generated or used in watt-hours .A 25 watt bulb that bur...
AI summary This document explains electricity units, such as watts and watt-hours, and discusses the need to transition from coal to cleaner, local, and renewable energy sources in Nova Scotia. It acknowledges the significant investment in thermal generating stations and emphasizes the importance of energy conservation and diversifying the energy supply.
Transforming our current electricity mix to one that is more local and green is important to our future energy security. The Government of Nova Scotia has set ambitious targets for generating more electricity from renewable sources, as wel...
AI summary Nova Scotia aims to increase renewable energy use to 25% by 2015 and 40% by 2020, supported by the Environmental Goals and Sustainable Prosperity Act. Conservation and energy efficiency are emphasized as critical to achieving these targets, with Efficiency Nova Scotia managing demand-side management programs. The province has significant renewable resources, including wind, tidal, and biomass.
Strengthening Security Through Diversity Basing almost 80 percent of our electricity on imported coal and oil puts Nova Scotia at the mercy of international markets over which we have no influence. This plan seeks to ensure a more secure,...
AI summary Nova Scotia's reliance on imported coal and oil for 80% of its electricity creates vulnerability to international market fluctuations. The plan aims to enhance energy security by diversifying into localized energy sources across the province.
Meeting the 2015 Commitment 4 Meeting the 2015 commitment for 25% renewable electricity supply, will be challenging, but it is achievable. We will use the following tools and mechanisms to get us there: - Large-scale, community-based, and...
AI summary The document outlines strategies to meet the 2015 commitment of 25% renewable electricity supply in Nova Scotia. It includes large-scale projects by NSPI, competitive bids for independent producers, a Feed-In Tariff for small community projects, and an enhanced net metering program for businesses and homeowners.
3. Enhanced Net Metering Net metering is a program that lets a consumer connect a small renewable electricity source to the grid through a special meter that measures electricity flows in two directions. For any electricity fed into the gr...
AI summary The document outlines an enhanced net metering program by NSPI, increasing power limits from 100 kW to 1 MW, allowing multiple meters under one account, and providing payment for surplus electricity at the retail class rate. This aims to support more consumers and businesses in generating renewable energy.
4. Forest Products Associated Biomass Government will approach the development of biomass for electricity production with caution. Electricity produced from co-firing biomass will play a role in meeting the 2015 commitment, but will underg...
AI summary The government plans to cautiously develop biomass for electricity production, recognizing its role in meeting 2015 commitments but requiring review for post-2015 use. Forest harvesting practices are contentious, and a Natural Resources Strategy is being developed to guide biomass use. Co-firing biomass is seen as inefficient compared to using wood for heating or combined heat and electricity, though it can help build a supply chain for more efficient uses.
5. Market Structure and Governance Nova Scotia's electricity market consists of a vertically integrated utility—NSPI—and six smaller municipal electric utilities.As an integrated utility, NSPI has responsibility for electricity procurement...
AI summary Nova Scotia's electricity market is dominated by a vertically integrated utility, NSPI, and six smaller municipal utilities. The Renewable Electricity Plan emphasizes the role of NSPI in system planning, renewable procurement, and ensuring reliability. The plan introduces changes to encourage distributed renewable energy production, which will enhance energy security and affordability for Nova Scotians.
Achieving the 2020 Goal 5 The 25 percent commitment established for 2015 will have the force of law, with penalties for any failure to meet it. The 40 percent target for 2020 is a goal we aspire to. It does not yet have the force of law, b...
AI summary The 2015 25% renewable energy commitment is legally binding, while the 2020 40% target is aspirational. The government emphasizes the need for rapid transition to renewable and cleaner energy sources, with flexibility to adapt as technologies evolve. Wind, tidal, and natural gas are highlighted as key resources for meeting these goals.
The Role of Government 7 The Government of Nova Scotia recognizes that it has a large role to play in transforming Nova Scotia's electricity sector to one that is secure and sustainable. Government will provide guidance in project developm...
AI summary The Government of Nova Scotia acknowledges its significant role in transforming the electricity sector to be secure and sustainable, emphasizing its involvement in project development, approvals, permitting, and financing.
Smart Technologies A smart grid delivers electricity using digital technology to manage a customer's energy use. For example, a smart grid could turn on domestic hot water heaters only at night, when demand is slack and the cost of produci...
AI summary The document discusses the implementation of smart grid technologies in Nova Scotia, including the use of digital systems to manage customer energy use and the integration of smart grids with renewable resources. NSPI will use a federal grant to test these technologies and study their impact on customer behavior and load management.
Costs and Benefits he transition from imported fuels to renewable electricity and cleaner local fuels will increase power bills in the short term, but offer lower and more stable rates in the long run. Not making this transition would shac...
AI summary The transition to renewable energy and cleaner fuels will increase power bills in the short term but offer more stable and lower rates long-term. Nova Scotia Power Inc. (NSPI) highlights that the share of fuel costs in its overall expenses is rising, as is the cost of controlling emissions from coal-fired plants. Government estimates suggest a 1-2% annual increase in electricity bills due to this plan, with potential offsets from energy efficiency and demand-side management programs.
Competitive Advantage of a Cleaner Energy Mix Nova Scotia's dependence on carbon fuels, especially coal and oil, threatens to become a significant impediment to trade and competitiveness as carbon tariffs and trade rules proliferate. By re...
AI summary Nova Scotia's reliance on carbon fuels like coal and oil could hinder trade and competitiveness due to increasing carbon tariffs. Transitioning to a cleaner, more diverse energy mix can help maintain stable energy costs and support the province's businesses and goods in global markets.
Reduced Greenhouse Gas Emissions and Improved Air Quality Current methods of electricity generation produce 50 percent of Nova Scotia's greenhouse gas emissions, and the vast majority of our air pollutant emissions. The 2008 Nova Scotia Wi...
AI summary The Renewable Electricity Plan in Nova Scotia aims to reduce greenhouse gas emissions by displacing fossil fuels with renewable energy and natural gas. It estimates that increased wind capacity could avoid significant GHG costs and impact electricity rates. The plan introduces new policies requiring legislative and regulatory actions, including FIT rates, biomass standards, and COMFIT program reviews.
In April 2010, the Government of Nova Scotia released its Renewable Electricity Plan to support and encourage increased development of renewable energy resources for electricity generation. The plan sets out a detailed path for the provinc...
AI summary Nova Scotia's Renewable Electricity Plan, launched in 2010, aims to increase the use of renewable energy sources and reduce reliance on coal. The plan highlights the need to diversify energy sources for energy security and environmental benefits, while also promoting local job creation and economic opportunities in rural areas.
Policy Development and Consideration of Other Regulatory/Legislative Changes The province continues to work on a strategy for cleaner energy, of which the Renewable Electricity Plan is one component. The plan was developed to address renew...
AI summary Nova Scotia is developing a cleaner energy strategy, including the Renewable Electricity Plan and support for energy efficiency. The province explores non-renewable but clean energy sources like waste energy from water pressure reduction and biomass. Efficiency Nova Scotia, an independent agency, will deliver conservation programs, while the government retains funding and design responsibilities. New legislation or regulatory changes may be needed.
BIOMASS FOR ELECTRICITY GENERATION It was pointed out that the most efficient use of biomass is through combined heat and power (CHP) projects, but development of these projects is most viable when owned and operated by a generator that ha...
AI summary The document discusses the efficient use of biomass for electricity generation, emphasizing combined heat and power (CHP) projects. It highlights the need for direct access to biomass sources and sustainability requirements. While some stakeholders support biomass use with heat utilization, others oppose it due to sustainability concerns.
In what other ways was the feedback addressed? Stakeholder feedback enabled government to gain further technical advice prior to finalizing the regulations. Issues identified by stakeholders during the consultation process were further ana...
AI summary Stakeholder feedback influenced the refinement of regulations, including defining 'community,' adjusting COMFIT rates based on technology and project size, and managing biomass waste. Some feedback required further research and will be addressed in the Clean Energy Strategy. Issues outside the scope of the Renewable Electricity Plan were noted.