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/daily ·29 AUG 2026 ·SATURDAY ·3 MIN READ ·7 STORIES

Renewables Close In on Gas Capacity, BESS Scales to Saudi GW Contracts, DRC Mine Goes 24/7 Solar

Today's energy picture is one of scale: renewables closing the installed capacity gap with natural gas, grid storage reaching procurement sizes previously reserved for power plants, and clean energy proving 24/7 viability in the hardest industrial settings.

01 / The Day

SATURDAY 29 AUG 2026, ranked

07

US renewables will surpass natural gas installed capacity within 12 months — EIA data

EIA data analyzed by Electrek shows US renewable energy installed capacity is on track to exceed natural gas generation capacity for the first time within the next twelve months — a crossover that would have seemed implausible five years ago and now appears inevitable.

  • Installed capacity measures nameplate MW; gas still runs more hours annually due to capacity factors, but the crossover is a structural planning milestone
  • Solar and wind additions in 2026 are running at record pace despite tariff headwinds that slowed utility-scale imports earlier in the year
  • The next metric shift is generation share: renewables exceed gas on nameplate before they exceed it on total MWh delivered annually
Why it mattersInstalled capacity crossovers are symbolic but consequential — they shift the default planning assumption in every new build analysis from fossil to renewable as the baseline.

18 GWh of grid battery storage commissioned in July — year''s fastest month

Energy-Storage.news reports 18 GWh of battery energy storage came online globally in July 2026 — the fastest single-month commissioning total on record — bringing the year-to-date figure 27% ahead of the same period in 2025.

  • July''s 18 GWh alone exceeds total global BESS installations for all of 2022, illustrating the pace of market scaling
  • Growth is concentrated in China, the US, and Australia; Europe is accelerating from a lower base following grid reform approvals
  • At the current YTD pace, 2026 global BESS deployment would exceed 150 GWh — roughly double the 2025 total
Why it mattersWhen a single month''s storage deployment exceeds an entire year from four years ago, the technology is no longer scaling — it has scaled.

Saudi Arabia awards 2 GW / 8 GWh battery storage contracts in single procurement round

Saudi Power Procurement Company awarded contracts for 2 GW / 8 GWh of grid battery storage across four projects — the single largest multi-hour storage procurement from any country outside China and the US, confirming that four-hour storage is now standard infrastructure in the GCC.

  • 8 GWh at full power for four hours is enough to shift a significant portion of Saudi Arabia''s afternoon solar peak into the evening demand window
  • ACWA Power and Engie led the winning consortia; both are experienced at GCC-scale infrastructure procurement and execution
  • The Middle East has the world''s best solar resources and among the most price-sensitive power systems — the economics for solar-plus-storage are unusually compelling
Why it mattersSaudi Arabia deploying 8 GWh in one procurement round normalises gigawatt-hour battery contracting as standard infrastructure, not a demonstration project.

Solar+storage co-located investment reaches $25B in the first half of 2026

BloombergNEF data published by PV Magazine shows co-located solar and battery storage project investment reached $25 billion in H1 2026, driven by falling battery costs and developers structuring the majority of new large-scale builds as hybrid rather than standalone solar.

  • Co-located solar+storage has crossed from premium option to default configuration for most new solar projects above 100 MW
  • Battery pack costs fell nearly 45% year-on-year; at current prices, co-location adds roughly 15-20% to capex while nearly doubling revenue potential in most markets
  • Latin America storage capacity is separately forecast by Wood Mackenzie to reach 34 GW by 2035, growing from near-zero in 2023
Why it mattersWhen co-location is the default rather than the exception, the intermittency problem for new solar is solved at the project level before it reaches the grid.

Africa''s first 24/7 solar baseload plant goes live at DRC copper mine

Energy-Storage.news reports that a co-located solar and battery facility at the Kamoa-Kakula copper mine in the DRC began dispatching power around the clock — the first African installation to provide genuine 24/7 solar-backed baseload to industrial load without any grid or diesel backup.

  • Kamoa-Kakula is among the world''s largest copper deposits; its power demand is substantial and was previously met almost entirely by diesel or unreliable grid supply
  • 357,000 solar panels paired with containerised battery storage; the facility dispatches into the mine''s load without grid support
  • Remote mining operations are among the most energy-intensive industrial processes on earth — proving 24/7 solar-plus-storage works here removes the hardest objection case
Why it mattersIf solar-plus-storage can supply 24/7 baseload to a deep-process copper mine in the DRC, the argument that intermittency prevents industrial use is finished.

Lyten eyes Morrow Batteries to build Western silicon-anode supply chain

US battery startup Lyten, which makes silicon-anode cells claiming significantly higher energy density than graphite anodes, is in discussions to acquire Norway''s Morrow Batteries — the gigafactory that Northvolt''s collapse left operational but unfunded.

  • Silicon-anode cells store more lithium per unit volume than graphite, enabling higher energy density without changing cell format or manufacturing equipment
  • Morrow''s Norwegian factory provides the European footprint required to qualify for EU Battery Regulation domestic-content compliance from 2027
  • A Lyten-Morrow combination would create the only Western silicon-anode manufacturer with factory-scale capacity operating outside China
Why it mattersSilicon anodes are the chemistry improvement closest to mass-market scale; a Western producer at factory scale changes the supply-chain argument for next-generation EV and storage batteries.

UK launches £28M ultra-long duration energy storage challenge

The UK government launched a £28 million competition targeting energy storage technologies capable of holding electricity for weeks or months — the duration range that would allow seasonal storage to complement wind and solar on a fully renewable grid.

  • Current grid batteries store hours; seasonal storage would shift summer solar surplus to winter peak demand, removing the last hard constraint on 100% renewable systems
  • Technologies in contention include iron-air batteries, liquid air, compressed hydrogen, and gravity storage — none yet deployed at utility scale in the UK
  • The £28M challenge funds early-stage validation projects, not full deployment — scoped to narrow the technology field before larger commitments
Why it mattersSeasonal storage is the missing piece that makes fully renewable grids physically possible; funding the technology race now is cheaper than building gas peakers to fill the gap later.
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