Source-reported scope: oil/gas, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
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Source-reported scope: bioenergy, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: hydropower, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: The scope of construction works includes modernization and expansion of technological facilities of the Płaszów Wastewater Treatment Plant. The modernisation and expansion planned as part of the investment concerns the plants belonging to the mechanical part, the biological part, the sedimentary part and the biogas part. The scope of work also includes all works related to technological networks and associated facilities
Source-reported scope: oil/gas, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: wind, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: wind, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: hydropower, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: wind, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: oil/gas, covering one generating unit (GT). The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: hydropower, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: wind, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Mouly hydroelectric plant
In-depth researchPlanned scope: The existing run-of-river installation is described as having a roughly 415 m headrace canal, a Kaplan turbine in the existing powerhouse, a 16 m tailrace, and a weir; its reported baseline is 149 kW maximum gross power and about 780 MWh/year average generation over the preceding 18 years. The integrated proposal would widen and extend the headrace along its left bank, install a new turbine in a new powerhouse while retaining the existing building and recycling its equipment, replace the headgate, and rework the existing weir to add a fish pass and rebuild the boat passage. The new powerhouse is not to have a fish pass. About 11,300 m³ of excavated earth is to be made available to neighboring agricultural landowners. The proposed maximum turbine flow is 14 m³/s from November through May and 6.9 m³/s for the rest of the year; proposed maximum gross power is 597 kW. The opinion reports modeled annual generation of 2,423 MWh as the proponent’s more realistic estimate, while also noting a theoretical calculation of 2,610 MWh. The opinion says the currently authorized maximum diverted flow is 3.5 m³/s but that actual diversion is about 6.5 m³/s, reported in the file and confirmed during the exchange with the reviewers. It describes a current reserved flow of 10 m³/s.
Source-reported scope: oil/gas, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Muchea Battery.
In-depth researchPlanned scope: A planned 164 MW / 905 MWh battery comprising 252 Tesla Megapack 2XL units, connecting to the existing Muchea substation.
Source-reported scope: bioenergy, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: wind, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: hydropower, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: hydropower, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Nairiyah 1 IPP
In-depth researchSource-reported scope: 1,800 MW Combined Cycle Gas Turbine (CCGT) independent power project and plant.
Nant de Drance pumped storage power plant.
In-depth researchSource-reported scope: The plant is rated at 900 MW and comprises six 150 MW pump turbines. Reported storage capacity is 20 million kWh; maximum turbine flow is 360 m³/s. The plant can switch from full-power pumping to full-power turbining in 5 minutes.
Source-reported scope: oil/gas, covering one generating unit (ICCC). The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Source-reported scope: hydropower, covering one generating unit. The source is the August 2026 dataset. Current status, greenfield/replacement context and buying availability have not been rechecked.
Neoen Big Battery (Blyth) Deployment Project, also identified as the Blyth Battery Energy Storage System (BBESS).
In-depth researchPlanned scope: Planned construction of a 200 MW / 400 MWh battery energy storage system using CATL battery packs, intended to operate in grid-forming mode with Power Electronics (PE) inverters.
Neoen Laon-Couvron photovoltaic project
In-depth researchPlanned scope: A ground-mounted photovoltaic installation with a projected panel area of 117 ha, stated capacity of 280 MWp and estimated annual production of 262 GWh. The dossier separately states that 194 ha will be allocated to Neoen; this land allocation is distinct from the stated panel area.
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