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This document provides an agenda and background for a presentation on Scotland's transition to a low carbon economy and potential lessons for Ecuador. The agenda includes an introduction discussing the global energy trilemma, comparing Scotland and Ecuador, and the key building blocks of Scotland's policy framework, energy innovation, and funding sources. Scotland has made progress towards its climate targets through policies targeting emissions reductions in energy supply, homes, industry, transport, waste, and rural land use. Lessons for Ecuador are that even countries highly dependent on fossil fuels can transition to a low carbon economy through innovation that creates new business opportunities and jobs.
This document summarizes a proposed low energy demand pathway for Ireland to meet climate goals. It finds that reducing energy consumption through lifestyle changes, efficiency improvements, and economic restructuring could decrease Ireland's energy needs without compromising quality of life. Specifically, the pathway models decreasing transport demand through shorter travel, public transit, and active mobility. It also models retrofitting existing housing, building new ultra-efficient homes, cutting industrial energy intensity, and limiting commercial and public space. Preliminary results suggest this low energy demand scenario could lower emissions and costs compared to a business-as-usual pathway, reducing the need for negative emissions technologies to meet climate targets. The transformation requires targeted policy support but could have co-benefits like improved health,
Wind turbines in farm locations: opportunities, barriers and solutions - Davi...Farming Futures
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The document discusses energy generation and markets, with a focus on how Peterborough City Council is generating renewable energy, reducing energy consumption and costs, and using the financial benefits to regenerate the city. It summarizes Peterborough's approach of generating renewable energy, reducing energy use, enabling regeneration, reducing carbon, and making and saving money. It then discusses the council's various energy initiatives, including collective switching programs, energy packages, solar PV projects on corporate and residential buildings, and tackling fuel poverty through these programs.
The document summarizes a presentation about the benefits of solar photovoltaics (PV). It discusses the basics of PV technology, factors that affect PV performance like irradiance and inclination. It also outlines UK renewable energy legislation and targets, and the role solar PV can play in meeting legislative requirements through its carbon neutral energy and improving efficiencies. The benefits of solar PV over alternative technologies include being zero emissions, maintenance free, and having a 25-year warranty.
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The document proposes establishing a sustainable energy community in Kerry County through a two-pronged approach: 1) Improving energy efficiency of commercial and residential buildings through retrofits and smart metering systems, and 2) Developing biomass energy centers using locally sourced wood chips to meet heating demands. This would reduce fossil fuel dependence, lower carbon emissions and costs, boost local employment, and improve quality of life. Specific initiatives discussed include retrofitting 134 housing units, installing smart pre-payment meters, developing a 20MW biomass plant, and supporting 150 full-time jobs. The proposal aims to meet national 2020 targets for renewable energy and energy efficiency.
This document provides an agenda and background for a presentation on Scotland's transition to a low carbon economy and potential lessons for Ecuador. The agenda includes an introduction discussing the global energy trilemma, comparing Scotland and Ecuador, and the key building blocks of Scotland's policy framework, energy innovation, and funding sources. Scotland has made progress towards its climate targets through policies targeting emissions reductions in energy supply, homes, industry, transport, waste, and rural land use. Lessons for Ecuador are that even countries highly dependent on fossil fuels can transition to a low carbon economy through innovation that creates new business opportunities and jobs.
This document summarizes a proposed low energy demand pathway for Ireland to meet climate goals. It finds that reducing energy consumption through lifestyle changes, efficiency improvements, and economic restructuring could decrease Ireland's energy needs without compromising quality of life. Specifically, the pathway models decreasing transport demand through shorter travel, public transit, and active mobility. It also models retrofitting existing housing, building new ultra-efficient homes, cutting industrial energy intensity, and limiting commercial and public space. Preliminary results suggest this low energy demand scenario could lower emissions and costs compared to a business-as-usual pathway, reducing the need for negative emissions technologies to meet climate targets. The transformation requires targeted policy support but could have co-benefits like improved health,
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The document discusses energy generation and markets, with a focus on how Peterborough City Council is generating renewable energy, reducing energy consumption and costs, and using the financial benefits to regenerate the city. It summarizes Peterborough's approach of generating renewable energy, reducing energy use, enabling regeneration, reducing carbon, and making and saving money. It then discusses the council's various energy initiatives, including collective switching programs, energy packages, solar PV projects on corporate and residential buildings, and tackling fuel poverty through these programs.
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- To achieve this, China must rapidly increase wind and solar installations to over 500 GW between 2020-2025 while phasing out coal capacity. Flexibility measures like markets and storage are also needed to integrate high shares of variable renewables.
- This Below 2°C scenario results in deep decar
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1) Natural gas and renewables increase as a share of electricity generation due to lower gas prices and declining costs of solar and wind capacity.
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3) Natural gas combined cycle and solar PV are increasingly competitive technologies for new power plants based on their declining costs relative to revenues.
This document discusses renewable energy technologies and electricity generation trends in the United States. It provides the following key points:
1) In the reference case of the Annual Energy Outlook 2020, electricity generation from natural gas and renewables increases through 2050 as their costs decline, making them increasingly competitive compared to coal and nuclear power.
2) Electricity demand grows slowly at around 1% per year through 2050 due to modest economic growth and increased energy efficiency. Growth in rooftop solar also contributes to meeting demand.
3) By 2050, solar photovoltaics and onshore wind lead growth in renewable generation across regions and scenarios as their levelized costs decline over time, becoming economically competitive with other
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This document discusses Combined Heat and Power (CHP) production and its advantages. It notes that CHP is an efficient use of resources that can produce both electricity and heat from one fuel source. CHP has significant global potential for growth, as it can utilize various renewable and waste fuels flexibly at both large and small scales. The document also discusses Fortum's strategy and vision, with CHP playing a key role. Fortum has many existing CHP plants and is constructing a new one in Klaipėda, Lithuania to provide heat and electricity using local biofuels and waste in a sustainable manner.
ITM Power (AIM: ITM), the energy storage and clean fuel company, announces its audited results for the
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Summary
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- Optimisation of standard product platforms and reduction in standard product cost
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Full release here: http://www.itm-power.com/news-item/results-for-the-year-ended-30-april-2014/
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Similar to BHESCo Presentation - Low-Carbon Litlington & Lullington - Jan 2023.pptx (20)
2. Our nation’s Net Zero ambition
• Off the gas grid
• Challenging to decarbonise
• Price cap not applicable
• Oil phase out
• BHESCo experience in Firle,
Crowhurst and Shoreham (Kent)
3. Project progress since August 2022
• Conducted energy surveys of 9 archetypal properties
• Economic analysis
• Wind energy analysis
• DNO survey and analysis of connection capacity
• Constraints assessment
• Visual impact analysis
• Consultation with Younity (energy supplier)
4. Case study
Current EPC rating: E
Potential EPC rating: C
Potential carbon reduction: 91%
Potential fuel cost reduction: 61.5%
6. Renewable Electricity Analysis
-200000
0
200000
400000
600000
800000
1000000
1200000
1400000
GENERATION CONSUMPTION EXPORT
Electricity
[kWh]
Renewable generation and consumption - Rathfinney
Grid
Solar
New Solar
Wind
WIND
RENEWABLE
SOLAR
GRID GRID
RENEWABLE
• Anticipated wind generation almost
700,000 kWh per annum
• 74% of Future winery electricity
consumption met by renewables
• 62% of renewable generation exported
to local grid
• Current consumption in Cuckmere valley
parish ~260,000 kWh
7.
8. 0
20
40
60
80
1 2
Series1 Series2
What are we recommending
The Glyndebourne mast height is 67meters, our proposed mast height will be 30 and 40 meters for
reconditioned turbines.
Glyndebourne Rathfinny 30m
Rathfinny 40m
9. Planning application
BHESCo will submit a planning application & Environmental Impact
Assessment to the South Downs National Park
10. Taking a phased approach
1
3
2
Rollout improvements energy efficiency of homes
Install air source heat pumps
4
Submit final report to Rural Community Energy Funders
Install 2 x wind turbines at Rathfinny wine estate
5
Planning application & Environmental Impact Assessment
11. Financing the work to be done
• Community share offer / Community Bond
Offer
• Local residents can become investors in and
co-owners of the renewable energy
generating equipment Cuckmere Valley
Community Investment Offer
2023
12. Benefits for the community
• Switching from oil to electricity will reduce carbon emissions significantly
• Lower energy costs
• More reliable energy supply (insulated from volatile international markets)
• Opportunity for residents to own a share of their own local clean energy, earning up to a 5% return
on their investment.
• A community fund could be established contributing an amount of up to £413,000 over the 20 year
lifetime of the project
13. Environmental benefit
Upgrading all the homes in the three parish wards with heat pumps would yield carbon emission saving of 275
tonnes annually, or 292 tonnes with additional insulation measures.
This is the equivalent of planting 4,547 trees each year or removing 60 cars off the road.
Village Oil LPG Electric Solid fuels Gas
Total
House-
holds
Current
Carbon
emissions
(tonnes)
Carbon
emissions
from
heat
pumps
Carbon
emissions
reduction
potential
Potential
reduction
(%)
Litlington 36 0 8 4 3 51 206 64 142 69%
Westdean 25 1 0 0 0 26 147 47 100 68%
Lullington 7 0 6 0 1 14 50 16 33 67%
Total 68 1 14 4 4 91 403 128 275 68%
Total with insulation measures 111 292 73%
Fuel type
14. Some key points before Q&A
• Project is conditional on Planning Permission
• Extensive consultation going forward.
• Co-operation with Rathfinny Wine Estate, Longman Brewery, and other enthusiastic partners and
residents.
• The number one priority for this project is that it must deliver a defined, tangible benefit to residents
of Litlington, Lullington and Westdean.
• Changes in the Cuckmere Valley landscape, e.g. flood plain - This one would be very unobtrusive.
740,000 kWh export
660,000 kWh additional if ALL switch to heat pumps
570,000 kWh additional if also adding reasonable level of insulation
The global climate crisis
Rising levels of inequality
Rising levels of fuel poverty
Government intent vs government policy
Rathfinny could have just hired a commercial developer, like Octopus energy, but they chose to work with us because of the community benefit
Economic benefits that the Rathfinny Wine Estate brings to the local community in terms of increased trade and tourism, especially for the village of Alfriston.