Turn Iberia's Solar Advantage into Competitive Edge
Decision intelligence for manufacturing leaders: funding eligibility, proven technologies, and regulatory pathaways that accelerate decarbonisation while protecting operational efficiency.
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Jaguar Type 01: a high-voltage electric flagship that tests premium electrification economics
Jaguar unveils the Type 01, a 1,030 CV electric GT on the new JEA platform. It offers 720 km WLTP range, 850-volt charging, orders from early 2027 and prices from 165,000 euros.
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Saft and Axpo Commit 122 MWh of French Battery Storage as Grid Flexibility Becomes a Bankable Asset Class
Saft will supply 122 MWh of liquid-cooled battery storage to Axpo at two French sites, with deliveries from early 2027, signalling maturing merchant and ancillary-service models for grid flexibility.
German Government's Wind Farm Land Rental Cap Proposal Triggers Industry Opposition and Cost-Benefit Debate
Germany's proposed 3.5% revenue cap on onshore wind farm land rentals under EEG legislation could save €13bn by 2045 but risks project financing viability, sparking conflict between municipal utilities and renewable developers.
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Enagás invests in digHy to accelerate renewable hydrogen plant design software and operational certification
Enagás Emprende backs digHy, a Galician software startup enabling optimised design, financing, and regulatory certification of Power-to-X hydrogen and e-fuel facilities across Europe.
Electrochemical nickel-based system targets sub-$100/tonne direct air capture costs with renewable electricity integration
Delaware researchers and RepAir DAC demonstrate electrochemical CO2 capture using nickel hydroxide batteries, consuming 0.83 MWh per tonne and targeting costs below $100/tonne, eliminating energy-intensive thermal cycling.
Electrochemical Nickel Battery System Reduces Energy Intensity of Direct Air Capture to 0.83 MWh per Tonne
University of Delaware and RepAir DAC researchers have developed an electrochemical system using nickel hydroxide batteries to capture CO2 directly from air, eliminating thermal cycling and reducing energy consumption significantly below conventional DAC methods.
Austrian Utility EVN Signals Battery Storage as Critical EU Grid Flexibility Solution
EVN targets 300 MW battery storage by 2030 as European grids face persistent price volatility despite renewable expansion. Grid flexibility and short-term storage emerge as essential infrastructure investments.
CCUS Investment Surge Reshapes Energy Sector Capital Allocation Ahead of 2030 Compliance Deadlines
Power generation emerges as dominant CCUS investment sector with 73 Mtpa capacity in development pipelines by 2030, signalling strategic shift from gas processing toward hard-to-decarbonise industrial applications and thermal asset life extension.
European Power Sector to Reach 80% Carbon-Free Generation by 2030 Despite Missing Renewable Targets
EU electricity grid will achieve 80% low-carbon generation by 2030 but fall short of 65–69% renewable targets. Demand growth of 11% by 2030 and 66% by 2050 will be driven by data centres, electric vehicles, and hydrogen integration, reshaping investment priorities.