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The PPAYA portal is an excellent, user-friendly management tool, and having PPAYA constantly monitor energy prices for us and securing contracts at good prices for our power has been hugely advantageous in such a volatile market.
Our commitment to renewable energy has been acknowledged and awarded by prominent industry organisations, including Forbes, ADBA, and the REA.
Our commitment to renewable energy has been acknowledged and awarded by prominent industry organisations, including Forbes, ADBA, and the REA.
From market analysis and policy shifts, to industry news and technological developments, our blog will keep you updated on all the latest industry insights and opinions.
This Winter, as the mercury drops, households will fire up their heating systems, and it’s a rare sight to see thermostats turned down again until Spring. This sustained demand for gas following cold snaps, a phenomenon caused by a rapid fall in temperatures, triggers a noteworthy uptick in day-ahead (DA) prices, and echoes throughout the front-month and other futures gas contracts. In this article, we examine the recent surge in gas prices as a result of this year’s delayed decline in temperatures, and provide insights and analysis on the various market factors. ## October 2023: Record Breaking Gas Demand As we approach Winter, the absence of Russian gas in the supply mix is once again poised to impact gas supplies. While there is an adequate supply of gas available, the challenge lies in the reliability of transportation infrastructure and limited storage capacity. As a result, when market volatility occurs, the potential for price fluctuations to be more erratic is increased. This was the case in Mid-October, when the warmer weather was interrupted by a cold snap in daily temperatures to around 7°C, prompting households to increase their heating usage. Boilers which were not serviced ahead of time require more gas to reach the same level as heat as those which received maintenance, consequently driving up demand further. On Friday 6th of October, during the warmer than normal temperatures, NBP DA and front-month gas prices opened trading at 65p/th and 89.9p/th, respectively; by the morning of Monday 16th of October, at the tail-end of the cold snap, NBP DA gas prices had elevated to 138p/th, with NBP front-month at 136.7p/th. In fact, on Monday 16th October, UK gas demand peaked at 135.175 million cubic metres, marking the highest demand since February this year and the largest for the month since 2021. ## Why Does An Increase In DA Prices Affect Contracts Along The Curve? Market sentiment plays an integral role in shaping the price evaluations across various contracts. Specifically, in the case of DA contracts, they often reflect the most immediate supply and demand conditions, which are sensitive to factors like weather forecasts, including cold snaps, unexpected disruptions, and geopolitical events. When DA prices experience an upswing, this can create a perception of heightened volatility and uncertainty, prompting traders and investors to adjust their positions within the futures gas markets, which include front-month, Summer24, and Winter24 contracts. Additionally, market participants often look at DA prices to get an indication of short-term trends, taking into account their own expectations and speculations on how they believe the markets will play out. If DA prices surge, it may lead traders to increase their bids on futures contracts as they anticipate the bullish trend to continue. ## Macro Factors Affecting Gas Prices The surge in gas consumption increases pressure on the natural gas supply in the broader market. This Winter, much like the previous one, Europe finds itself in a situation where, although it has significantly reduced its reliance on pipeline gas from Russia, it now relies on the limited global liquefied natural gas (LNG) markets to bridge the demand gap. This upswing in demand comes at a time when the industry is already tackling multiple challenges, including ongoing maintenance activities in several Norwegian fields, the constraints on supply as a result of the Middle-East conflict, and the overarching global energy crisis ignited by the Ukraine-Russian war. As part of our service to PPAYA Ltd. platform members, we are pleased to provide you with a detailed market report, highlighting all key updates and market changes, indicating how this will affect the coming days/weeks ahead. Sign up to our platform for free today to keep up to date with these changes and discover more about how we can help you secure the best price for your Power Purchase Agreement.
Throughout history, the month of January has witnessed commendable achievements, innovations, and milestones that have left an enduring mark on the renewable energy industry. Let’s journey through time and celebrate some key events. - **2022: ESO Reports Second ‘Greenest’ Year in UK Records** The annual reports from the UK’s Electricity System Operator (ESO) revealed that a combination of renewable energy and nuclear power [accounted for 48.5% of the country’s electricity generation.](https://www.nationalgrideso.com/news/britains-electricity-explained-2022-review) In contrast, gas and coal fossil fuels contributed 40%, marking the year as the second greenest after 2020 at the time of publication. Biomass accounted for 5.2% of generation, while wind power accounted for 26.8%, up from 21.9% the year before. In late January 2022, wind-powered electricity gained its highest ever share of the energy mix, accounting for 64% of generation. - **2018: US Energy Department Release Hydrogen Fuel Station Stats** The U.S. Department of Energy (DoE) documented the presence of [39 hydrogen fuel stations throughout the United States](https://www.energy.gov/eere/fuelcells/fact-month-18-01-january-29-there-are-39-publicly-available-hydrogen-fueling). Among these, California led with the highest count of 35 stations, followed by 2 in South Carolina, and 1 each in Connecticut and Massachusetts. Out of the 39 fuel stations, only 31 are designated for retail use. According to the National Fuel Cell Technology Evaluation Center, a total of 276,535 kilograms of hydrogen was dispensed during the second quarter of 2017. Hydrogen can be used to power fuel cell electric vehicles (FCEVs), which, according to the DoE, are considered to be[ more efficient than traditional internal combustion engine vehicles. ](https://afdc.energy.gov/vehicles/fuel_cell.html) FCEVs generate only water vapour and warm air as emissions, avoiding the release of harmful pollutants. - **1997: Colorado's First Wind Farm, Ponnequin Begins Construction** Located near the Colorado-Wyoming border, close to Cheyenne, the Ponnequin wind farm featured 44 wind turbines, each capable of producing 700 kW of electricity. This collectively amounted to a total capacity of 30MW for the entire site. With an approximate cost of [$1 million per turbine,](https://www.fsvfolks.org/Ponnequin.html#:~:text=turbine%20cost%20about-,%241%20million%20to%20build,-and%20is%20capable) these structures weighed nearly 100 tonnes and stood over 180 feet tall, according to fsvfolks. The first wind turbine commenced operations in April 1998, and the site remained operational for 17 years until its decommissioning in 2015. - **1995: North East University Implements UK’s First Building Integrated PV Installation** Following a government-funded study in 1991 by the newcastle Photovoltaics Applications Centre, which identified a 360 TWh/year of potential solar generation capacity from building-integrated PV, [Northumbria University installed a 40 kW array comprising 465 solar PV modules on the Northumberland Building](https://northumbria-cdn.azureedge.net/-/media/documents/case-studies/northumberland-building-case-study-1998.pdf?modified=20170221103029), marking it as the first building-integrated PV installation in the country.
From market analysis and policy shifts, to industry news and technological developments, our blog will keep you updated on all the latest industry insights and opinions.