In April at the 14th IRENA Assembly, UNEZA members adopted the UNEZA Roadmap to 2030, which targets a total increase of renewable energy capacity within their portfolios. Alongside investment commitments, UNEZA members published a high-level statement https://openscience.us/repo/software-maintenance/gnu.html with recommendations to policymakers designed to alleviate supply chain constraints. The 39 partners of UNEZA, including 32 of the largest utilities and energy companies in the world serving more than 327 million customers globally and with ambitions to scale renewables portfolios by 2.6 times by 2030, will step up efforts to expand and modernize grid infrastructure.
Major innovation efforts must occur over this decade in order to bring these new technologies to market in time. All the technologies needed to achieve the necessary deep cuts in global emissions by 2030 already exist, and the policies that can drive their deployment are already proven. As the electricity sector becomes cleaner, electrification emerges as a crucial economy-wide tool for reducing emissions.
- Five strategic verticals may require scaling, innovation, and adaptation to help catalyze impact globally.
- We look forward to contributing evidence from this innovative programme, to how we collectively achieve the future energy system at least cost and least impact for people.
- We are exploring additional routes for gas assets in the Capacity Market to decarbonise including the feasibility of gas assets exiting long term agreements to enable conversion to H2P through H2PBM support.
- Significant reinforcement and build out of the distribution network will also be required to support the electrification of sectors projected for the decades ahead, as well as to accommodate new demand in some locations for growing infrastructure and industrial uses, such as data centres and transport hubs.
- More broadly, we are a world-leading investment location, with a strong pipeline of potential projects that could strengthen our base further, although we will always need to also buy inputs and finished components from the international market.
- Unlike a broker who might disappear after the contract is signed, a true consultant provides ongoing support.
You’ll get new reports, event invitations, and practical insights to help us all accelerate the clean energy transition. This support makes it possible for us to share our independent insights for free. That gap is unfortunate as utilities enter a period of heightened uncertainty, where “early actions that increase future flexibility should be prioritized over those that could lock utility systems into a resource that can be difficult to exit,” the authors write. “A result of understating the potential for demand-side solutions to meet peak demand needs is that several scenarios increase natural gas generation under more aggressive load forecasts.” That failure will “at best make it more difficult and costly to hit national or international policy goals by 2050, or at worst make it nearly impossible.”
Net-Zero Emissions Opportunities for Gas Utilities
We believe in transparency and active participation in https://konasaranews.com/technology/understanding-your-smart-meter-key-facts-benefits/ public policy development, regardless of the issue or position.” EPI has also reported how AEP was involved in a host of other efforts from 2017 onward to secure subsidies for the OVEC plants, including drafting legislation and dark-money spending. That would be inconvenient, given that AEP has instead spent the last three years lobbying for more subsidies to help the plants, which are uneconomic after nearly 70 years in service, to remain in operation. If AEP considered itself responsible for those OVEC emissions, its reduction task would be considerably tougher, and it would likely have almost no way to achieve its goal without shutting down or otherwise divesting itself from the two OVEC plants and their emissions. AEP’s data indicates that it considers the power it purchased from OVEC – or, in effect, from itself – created 8.5 MT of CO2e in 2019. An AEP spokesperson confirmed to EPI in an email that the newly apparent purchased power emissions in its 2020 report were derived from the OVEC plants.
Net zero by 2050 requires huge leaps in clean energy innovation
- In this piece, our expert covers how utilities can impact building decarbonization plans and how to best engage with them to meet decarbonization timelines.
- Southern is one of the only utilities in the country seeking to increase its investments in coal.
- This plan therefore sets out practical actions across every part of the power system, where we are determined to remove the blockages that have, for too long, added cost and delay to the development process.
- Welsh Government has set a target for Wales to host sufficient renewable capacity to meet its own needs from 2035 and to keep pace as we move away from fossil fuels and demand for clean electricity increases.
- A dedicated carbon reduction team of seven was established, and a climate change strategy was developed between 2020 and 2022.
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The demand flexibility increases steadily from 2023 to 2030, with the largest growth seen in Residential appliance DSR and Smart charging. Based on NESO and DESNZ scenarios for 2030, excluding electric storage heaters, we expect GW of consumer-led flexibility capacity is possible by 2030 to support clean power. It can therefore help Britain to reach clean power in a cost-effective way with reduced large infrastructure delivery risk. This shows there is an additional 7.5GW of battery capacity required to reach the DESNZ ‘Clean Power Capacity Range’. Among the specific actions required for batteries, improving the time it takes for mature grid-scale batteries to obtain grid connections and planning decisions are the most significant actions in order to deliver the huge increase in grid-scale battery capacity.