Microsoft-PowerPoint-2021-01-12-at-10.21.27-SS-1024x575

Marginal Carbon Charity Christmas Quiz Results

Microsoft-PowerPoint-2021-01-12-at-10.21.27-SS-1024x575

Marginal Carbon Charity Christmas Quiz Results

Date
January 12, 2021
Share

On 22nd December we released Part 2 in our series on Carbon in UK Power titled “Is It Time to Prioritise Carbon Over Price?” alongside which we set a challenge to estimate the highest marginal carbon intensity on Christmas day with the winner receiving a donation from Hartree Solutions to their chosen charity.

Because we had two very close estimates, we decided to donate to both these very worthwhile charities.

Tim Walls from Grain LNG was our first winner whose chosen charity was Cancer Research UK. Tim is completing a run to raise funds for his charity, and we are delighted to contribute to those efforts.

Our second winner was Marc Tannous from Silver Leaf Partners. Marc’s chosen charity is the London branch of Help for Children, an organisation whose mission is to prevent and treat child abuse. Again, we are delighted to be able to support Marc’s charity.

In way of a recap, in the Market Insight article, we discussed why we believe identifying the marginal generation unit is important to further reduce the UK’s carbon emissions over the coming decade.

“In the power stack, the lowest cost generation is used first while the last generating unit required to meet demand typically sets the price1. This is known as the marginal unit or price-setting unit. Our analysis in this second article highlights the key role this marginal unit will play in reducing the UK’s carbon intensity.”

“Any action we take, say via on-site generation, which displaces a marginal unit and reduces emissions from the grid should be the measure against which we consider the impact of that action.”

Through Hartree Solutions’ in-house modelling, we can extract a marginal balancing unit for each hour2, rather than an annual basis more typical within the industry. We can do this from both a forward-looking perspective and a retrospective view. Below we chart Christmas day showing our modelled average and marginal carbon intensities.

Hartree’s in house modelling of the carbon content of the UK power system on Christmas day

The peak marginal carbon intensity2 was 0.4480 tCO2/MWh_e at 1 pm where UK Power demand also peaked. The average carbon intensity2 for this hour was 0.1771 tCO2/MWh_e.

Uk Power Christmas demand from National Grid

We’d like to thank you all for participating and thus adding to our donations this year. Good luck to Tim with the run and we wish everyone a safe and successful 2021.

 

Footnotes

1 The unit setting the imbalance price is derived via a complicated calculation as seen in this document by Elexon

2 The marginal price setting unit is our in-house modelled estimate along with the average carbon intensity across all modelled running generation

DSC8683-copy
written by
Adam Lewis

More market insights

SOLAR-IMAGE-PR-17-MARCH-652x244

AGP Sustainable Real Assets and Hartree Partners Announce US Expansion of Global Solar Partnership

AGP Sustainable Real Assets Pte Ltd (AGP) and Hartree Partners, LP (Hartree) today announce the…

AGP Sustainable Real Assets Pte Ltd (AGP) and Hartree Partners, LP (Hartree) today announce the launch of AMPYR Energy USA, the second joint venture between the two organizations in just over a year.

AMPYR Energy USA will be headquartered in New York and is targeting to build a 5GW utility-scale solar PV platform across multiple US markets. With experienced renewables development professionals on the ground, the newly-created company will continue to leverage AGP’s experience in developing large-scale renewable power projects globally, and Hartree’s cutting-edge power trading analytics and zero-carbon solutions.

“With the Federal and State goals for accelerating the energy transition, the US will be one of the fastest growing solar markets in the world and a core strategic priority in realizing AMPYR’s ambition of becoming one of the largest independent renewables developer and operator globally,” said Saurabh Beniwal, Partner at AGP and Board Chair for AMPYR USA.

Since its inception in February 2021, Hartree and AGP’s European solar venture, AMPYR Solar Europe (ASE), is making swift progress towards its goal of rolling out 5GW of large-scale solar projects to establish itself as one of the largest utility scale solar platforms in Europe. ASE also recently closed a €400 million facility to support this plan.

Following in the footsteps of ASE, expectations are equally high for AMPYR USA.

“We are excited to take another step forward with AGP into the US market,” said Stephen Semlitz, Managing Director of Hartree. “This new venture allows us to further demonstrate our decades of experience in finding investment solutions, consulting, and generating sustainable and commercially viable strategies for energy renewal and regeneration.”

To learn more about the new US venture visit: www.ampyrenergyusa.com

Read Article
iStock-1134015740-min-1-scaled

AMPYR Solar Europe Signs Deal with Edinburgh Airport to Develop Renewable Infrastructure

AMPYR Solar Europe (ASE), a pan-European solar developer, and Edinburgh Airport Limited today announce the…

AMPYR Solar Europe (ASE), a pan-European solar developer, and Edinburgh Airport Limited today announce the signing of a deal to develop a new solar farm linked with battery technology and electric vehicle charging infrastructure at Scotland’s busiest airport.

Under the agreement, ASE along with its local construction partner, Absolute Solar & Wind will build approximately 9MW of solar PV, 1.5MW of battery storage and 40 EV charging points. The large ground-mounted solar PV system and battery will be situated next to the runway on a 16-acre plot of land, connected to the airport via a high voltage private wire network.

The development will be a cornerstone of Edinburgh Airport’s goal to achieve Net-Zero by 2040 by generating clean, renewable energy that will cover about 30% of the airport’s total consumption.

“Our commitment to a net zero future is underpinned by the various strands of work we have going on across the airport as part of our Greater Good sustainability strategy and one of the most visible projects will be this solar farm,” said Gordon Dewar, Edinburgh Airport’s Chief Executive. “We are happy to confirm our partners in this exciting step and our collaboration will enable us to implement this technology and allow us and Scotland to benefit from it as soon as possible.”

The project is in the late stage of design, with construction planned to start this summer and be fully operational by the start of next year.

“We are really pleased to be partnering with Edinburgh Airport on this important step towards a net-zero future and in support of its impressive “Greater Good” sustainability strategy,” said Andrew Gould, Executive Chairman of ASE. “Edinburgh Airport’s leadership shows a way forward to zero carbon for the airport sector. This is the first of ASE’s five renewable energy projects in Scotland to reach the delivery stage: the commitment and support of the Scottish Government and its strong policy position on climate change is clearly attractive to international investment.”

Edinburgh Airport will purchase the power produced by the solar farm through a long-term Power Purchase Agreement with ASE. This PPA will generate long-term energy and carbon savings for the airport.

“We are delighted to support Edinburgh Airport with its ongoing drive to reduce its carbon impact,” said Matthew van Staden, Senior PPA Originator at Hartree Partners. “Through our expertise within Hartree and AMPYR Solar Europe, we can drive and deliver innovative energy solutions for companies within energy-intensive sectors. Our understanding of sustainable generation and commercially viable strategies in this space helped bring this project to life for Edinburgh Airport.”

The construction is further supported by the Scottish Government’s Low Carbon Infrastructure Transition Programme, which have provided a grant for a portion of the capital expenditure.

“We are proud to be delivering this pioneering project and helping to decarbonise Edinburgh Airport alongside our funding partners ASE and the Edinburgh Airport project team,” said Tom Newall,  Managing Director at Absolute Solar & Wind. “The co-location of utility scale battery storage and solar PV has enabled us to maximise the green energy generation on site whilst working with the grid connection constraints. We look forward to entering the construction phase before progressing to carry out the operation, maintenance and optimisation of the system, as it generates clean power for years to come, providing energy security for a major, Scottish transport hub.”

 

Read Article