Meera reports on renewable energy policy and capital markets — MNRE, SECI, IRA, EU CBAM, M&A activity, and IPOs across the energy transition.
India has roughly 70 GW of offshore wind potential off Gujarat and Tamil Nadu but zero megawatts installed. A ₹7,453 crore viability gap funding scheme approved in September 2024 aims to build a first 1 GW — 500 MW off each state — with SECI running the auction and the first tender expected off Tamil Nadu in 2026. This analysis explains the scheme, the economics and why India is a decade behind.
Firm and Dispatchable Renewable Energy (FDRE) bundles solar, wind and batteries into one contract that supplies power on a fixed schedule. Since India's June 2023 guidelines, nodal agencies have auctioned roughly 14 GW of FDRE and round-the-clock capacity, with tariffs from ₹4.69 to ₹6.74/kWh and the first project commissioning in 2026.
India is moving to one market-clearing price across all power exchanges. CERC's July 2025 order proposes day-ahead coupling from January 2026, run round-robin by IEX, PXIL and HPX. A Grid-India pilot found just a 0.3% welfare gain, yet it reshapes renewable price discovery and IEX's dominance.
India cut the ₹1.4 lakh crore legacy dues that once choked renewable developers to ₹4,109 crore by February 2026. But ₹25,287 crore of current dues, ₹6.47 lakh crore of accumulated DISCOM losses and a 40 GW PSA backlog keep off-taker risk — and the solar cost of capital — high.
Net metering in India lets rooftop solar owners export surplus power to the grid and offset future bills. Under the Electricity (Rights of Consumers) Rules, net metering is allowed up to 500 kW or sanctioned load, whichever is lower; larger systems use net billing or gross metering. A draft 2026 amendment proposes mandatory storage above 500 kW, while PM Surya Ghar has stripped out fees and separate agreements for small homes.
India's renewable build-out is outpacing its grid. Transmission caused ~two-thirds of the 470 GWh of clean power curtailed on the ISTS in Q1 2026, and line additions are running at ~80% of target. The Green Energy Corridor and a ₹2.44 lakh crore CEA plan must close the gap to hit 500 GW by 2030.
India's installed wind capacity reached about 56 GW by March 2026 after a record 6.05 GW added in FY2025-26, generating roughly 106 billion units of electricity. Gujarat and Tamil Nadu lead the states, Suzlon and Inox Wind dominate turbine supply, and a revived 1 GW offshore tender for Tamil Nadu and Gujarat anchors the push toward 100 GW by 2030.
Solar financing in 2026 comes in four main forms: paying cash (best lifetime value), a solar loan (own the system, spread the cost), or a lease/PPA (no upfront cost but the provider keeps the incentives and most of the value). This guide compares every way to finance solar panels — cash, loans, leases, PPAs and home equity — with the pros, cons, costs and which to choose.
Pairing a heat pump with solar in 2026 is a strong combination — the heat pump electrifies your heating, and solar helps power it cheaply. But the seasonal mismatch (solar peaks in summer, heating in winter) means solar offsets only part of heat-pump demand. This guide explains how heat pumps and solar work together, how much solar a heat pump needs, the costs, incentives, and whether the combination is worth it.
Community solar lets you subscribe to a share of a local solar farm and receive credits on your electricity bill — no panels, no roof, no upfront cost. It's ideal for renters, apartment dwellers and shaded homes, typically saving 5-15% on power bills. This guide explains how community solar works in 2026, the US and EU models, the savings, the pros and cons versus rooftop, and who should consider it.
India Energy Week 2027 runs February 11–14 at Bharat Mandapam, New Delhi — India's largest energy policy + investment forum, organized by Ministry of Petroleum & Natural Gas with cross-MNRE participation. 100,000+ visitors expected. Coverage spans oil & gas, renewables, hydrogen, EV, biofuels. This guide previews the 2027 edition's renewable energy threads and what to watch.
Enlit Europe 2026 runs November 24–26 at Fiera Milano, Italy — the continent's largest power + utility industry event, drawing 20,000+ attendees and 750+ exhibitors. 2026 threads: EU grid reinforcement, NZIA implementation, hydrogen + battery hybrid solutions, AI in grid management. This guide previews what to watch.
The UK solar market reached ~18 GW operating capacity by Q1 2026, with Contract for Difference (CfD) Allocation Round 7 awarding ~3.5 GW solar at £50–£68/MWh. The defining 2026 stories are NESO's grid-connection queue reform ('first ready, first connected'), the Future Homes Standard rooftop-solar mandate, and the Clean Power 2030 push toward ~50 GW. This guide covers the UK solar market structure, AR7/AR8, residential economics, developers, and the 2030–2035 outlook.
Italy's solar market reached ~38 GW operating capacity by Q1 2026 after the Superbonus 110% residential boom (2020-2023) added ~10 GW. The post-Superbonus market runs on FER 2 utility auctions, the CER energy-community framework, PNRR-funded agrivoltaico, and the new aree idonee permitting rules after farmland ground-mount was restricted. This guide covers Italy solar market structure, incentives, grid limits, and the PNIEC path to 2030.
France's solar market reached ~24 GW operating capacity by Q1 2026, growing ~25%/year. CRE (Commission de Régulation de l'Énergie) tenders drive utility-scale, while MaPrimeRénov', the prime à l'autoconsommation and the loi APER carport mandate drive distributed solar. EDF Renouvelables leads developers; the PPE targets 75-100 GW by 2035. This guide covers France solar market structure, CRE auction dynamics, the module carbon criterion, the ombrières mandate, grid bottlenecks, and residential economics.
A US residential solar installation timeline varies from 4 weeks (best-in-class SolarAPP+ adopting cities) to 20+ weeks (slowest AHJs and utilities) depending on your state and county. This guide ranks US states by solar installation timeline, identifies the fastest and slowest in 2026, and explains what makes some jurisdictions move quickly while others lag.
The EU Solar Rooftops Directive (embedded in the revised Energy Performance of Buildings Directive, EPBD) mandates rooftop solar on new and major-renovated commercial buildings from 2027, public buildings from 2028, and existing large commercial from 2029. By 2030 the directive could trigger ~150 GW of new EU rooftop solar capacity. This guide covers what's mandated, when, and the compliance pathways.
The EU solar PPA market in 2026 reached ~18 GW of new contracted capacity, dominated by corporate offtakers (~70% share) led by hyperscalers, industrials, and pharma. Typical 2026 EU solar PPA tariffs sit at €40–€65/MWh for 10–15 year terms. This guide covers the EU solar PPA market structure, leading buyers and sellers, pricing dynamics by country, and the regulatory frameworks shaping the deals.
The EU Carbon Border Adjustment Mechanism (CBAM) targets cement, iron/steel, aluminum, hydrogen, electricity, and fertilizers as of 2026 — solar modules are NOT directly in scope. But CBAM indirectly affects EU solar imports via the steel and aluminum content of trackers and racking. This guide breaks down the actual 2026 CBAM impact on EU solar imports and what's coming in 2027 if scope expands.
A DIY solar installation in the US in 2026 can save 30–45% off professional installer pricing — but voids most module and inverter warranties, complicates utility interconnection, and often fails initial inspection. This guide covers what's legal in your state, what skills you actually need, the hidden costs that erase most DIY savings, and when DIY solar installation makes sense vs. when it doesn't.
A commercial solar installation in the US in 2026 costs $1.50–$2.40 per watt installed, with project timelines of 6–18 months depending on scale. After the 30% ITC, 10% domestic-content adder, and MACRS accelerated depreciation, effective net cost drops 50–60% for a typical corporate buyer. This guide walks through commercial solar installation economics, timelines, contract structures, and how to evaluate proposals.
The top companies in the solar industry in the US in 2026 split across four layers: module manufacturing (First Solar, Qcells, Silfab), residential installation (Sunrun, Sunnova, Freedom Forever), utility-scale development (NextEra, Invenergy, AES, Lightsource bp), and inverters (Enphase, SolarEdge). This guide ranks the top US solar companies in each layer with 2026 share, footprint, and what makes them win.
Solar panel prices in the US in 2026 sit at $0.28–$0.42 per watt at the module level and $2.50–$3.50 per watt for fully installed residential solar systems. Utility-scale solar reaches $0.85–$1.10 per watt installed. After the 30% ITC and stackable domestic-content bonus, effective customer solar panel price drops materially below sticker.
A US residential solar installation in 2026 takes 6–14 weeks from signed contract to permission-to-operate, costs $2.50–$3.50 per watt before incentives, and follows seven well-defined phases. This guide walks through each phase of solar installation, what to look for in installer quotes, common pitfalls, and how the 30% federal tax credit changes the math.
Voluntary carbon market crashed in 2022-2023 after integrity scandals, recovered partially through 2024-2025 with new quality standards (ICVCM Core Carbon Principles). 2026 sees clearer two-tier market — high-integrity removals trading $80-150/tonne, conventional avoidance credits $5-20/tonne. Total market value ~$2.5 billion in 2025.
Thailand's cumulative renewable capacity reached approximately 16 GW by Q1 2026 across solar (10 GW), wind (1.5 GW), biomass (3 GW), small hydro + others (1.5 GW). ERC tender rounds 2024-2026 awarded 5+ GW of solar + wind. Direct PPA framework operationalising for corporate procurement. Net Zero by 2065 target.
South Africa's renewable energy capacity reached approximately 11 GW by Q1 2026 after the 2023-2024 power crisis (loadshedding) catalyzed regulatory reform. REIPPPP Round 7 awarded 3.5 GW in 2025; Round 8 expected H2 2026. JETP $8.5B implementation accelerating coal phase-out. Private generation deregulation enabling corporate procurement.
Global climate finance flows reached approximately $1.3 trillion annually by 2025, against the $5+ trillion required to limit warming to 1.5°C. Developed-country $100B annual commitment to developing countries finally met in 2022-2023. New $300B target by 2035 agreed at COP29. Blended finance, MDB reforms, voluntary carbon markets emerging.
EU Emissions Trading System (ETS) expanded in 2024-2026: maritime shipping in scope from 2024, ETS2 (buildings + road transport) launching in 2027 with operational ramp-up in 2026. CBAM operational financial settlement begins January 2027. EU ETS carbon price stabilized at €70-90/tonne in 2025-2026.
Climate tech venture funding totaled approximately $42 billion in 2025, down from 2022 peaks but stabilising. Capital concentration in fewer, larger rounds — average Series B+ check size at $60M. Battery storage + grid-scale tech + industrial decarbonisation dominating; mobility softening; agriculture + carbon removal rising. 2026 outlook: stable to growing.
Carbon Capture, Utilisation and Storage (CCUS) for thermal power has 40+ Mt CO2/year operational capacity globally by Q1 2026 — mostly natural gas. Coal plant CCUS retrofits remain economically marginal at $80-150/tonne CO2 captured. Hub-and-cluster models in US Gulf Coast + UK + Norway making industrial CCUS viable. India CCUS pilots emerging.
Asia Clean Energy Summit (ACES) 2026 runs October 28-30 in Singapore, gathering 12,000+ Asian renewable energy professionals. Focus topics: ASEAN Power Grid implementation, Singapore-Australia-Indonesia subsea power import projects, Asian green finance frameworks, and pan-regional supply chain coordination.
Article 6 of the Paris Agreement creates two international carbon market mechanisms: Article 6.2 (bilateral cooperation) and Article 6.4 (multilateral UN-supervised mechanism). After years of rule-setting, 2026 sees first commercial-scale bilateral 6.2 transactions and 6.4 mechanism operational launch. India, Switzerland, Singapore, Japan among early movers.
Argentina announced ambitious green hydrogen production plans in 2024-2026, leveraging Patagonia's world-class wind resource. Fortescue Future Industries committed $8.4 billion to a 2.2 GW renewable + 215 MW electrolyser project in Río Negro. YPF (state oil company) pivoting toward hydrogen. Country could become major export player by 2030.
Africa's installed solar mini-grid capacity reached approximately 8 GW by Q1 2026, serving 25+ million people across Nigeria, Kenya, Ethiopia, Tanzania, DRC. World Bank-funded DARES initiative coordinating $5+ billion in mini-grid deployment. 600+ million Africans still without electricity access; mini-grids essential complement to grid extension.
World Hydrogen Summit 2026 runs May 18–20 in Rotterdam, gathering 13,000+ attendees from 130 countries. After multiple 2024–2025 project cancellations and FIDs slipping, the 2026 conversation is brutally pragmatic: which projects are actually achieving FID, who has secured offtake, and where the cost gap to grey hydrogen actually narrows.
Vietnam's cumulative solar + wind capacity reached approximately 35 GW by Q1 2026 after the 2024–2025 policy reset (PDP8 implementation, DPPA framework). Rooftop solar dominates with 15+ GW; utility-scale solar at 12 GW; wind at 8 GW including 1.5 GW offshore. The Direct PPA framework is finally unlocking corporate procurement. This deep-dive covers the boom-pause-reset cycle, the DPPA opening, offshore wind, manufacturing supply chain role, and the opportunity for developers.
UAE's cumulative renewable capacity reached approximately 7 GW operational by Q1 2026, anchored by Mohammed bin Rashid Al Maktoum Solar Park (2.5 GW), Noor Abu Dhabi (1.2 GW), and Al Dhafra (2 GW). Masdar leads ambitious global expansion targeting 100 GW renewables by 2030. UAE positioning as Middle East green hydrogen export hub.
Global SAF production reached approximately 1.5 million tonnes in 2025, roughly 0.4% of total jet fuel demand. EU ReFuelEU Aviation mandate (2% minimum SAF in jet fuel) started January 2026, and mandates ratchet to 70% by 2050. SAF costs remain 3-5x conventional jet fuel. Hydrotreated esters dominate; power-to-liquid SAF emerges.
South Korea's renewable energy policy in 2026 is shaped by the 10th Basic Electricity Supply Plan targeting 28% renewables by 2030, aggressive offshore wind tenders (target: 14.3 GW by 2030), and the K-Taxonomy for green finance. Hyundai and Samsung's hydrogen ambitions are central. Current renewable capacity at ~30 GW.
RE+ 2026 runs September 8–11 in Las Vegas, the largest North American renewable energy event with 50,000+ expected attendees. After Treasury's tightened IRA domestic-content rules, the show's central question: which module + inverter + BESS suppliers can actually deliver US-cell, US-content solutions at scale by 2028.
PM Surya Ghar Muft Bijli Yojana pays ₹30,000 for 1 kW, ₹60,000 for 2 kW, and ₹78,000 for 3 kW or larger residential rooftop solar, with collateral-free loans up to ₹2 lakh. Apply at pmsuryaghar.gov.in. By June 2026 the scheme crossed 33 lakh installations, 12 GW, and ₹22,750 crore disbursed. This guide covers eligibility, the National Portal process, documents, loans, and rejection traps.
Morocco's renewable capacity reached approximately 4.5 GW by Q1 2026, with the Noor solar complex (580 MW CSP + 70 MW PV) as the flagship. Two subsea power interconnectors to Europe — Spain (existing 1.4 GW) and UK (Xlinks project under development) — position Morocco as Europe's renewable power supplier through 2030.
Mexico's renewable energy capacity reached approximately 28 GW by Q1 2026, with utility-scale solar (12 GW) and wind (8 GW) dominant. The Sheinbaum administration's reversal of AMLO-era restrictions has reopened private renewable investment. Long-term auction structure expected to relaunch by mid-2026 after years of suspension.
IMO's 2023 Strategy targets net-zero shipping by ~2050 with 20% emissions reduction by 2030. The MEPC 82 (Sep 2024) approved economic + technical measures including a global fuel standard and emissions pricing. Methanol and ammonia emerge as primary alternative fuels; LNG remains transitional. First ammonia-fuelled vessels commissioning 2026-2027.
Indonesia's Just Energy Transition Partnership (JETP, $20B+ pledged) implementation has accelerated through 2025-2026. Coal capacity remains at 45 GW with planned early retirements of 9 GW. Renewable additions reached 15 GW cumulative — solar growing fastest. The 'captive coal' carve-out for industrial nickel processing remains a contested issue.
Green steel (hydrogen direct reduction iron, H2-DRI) commercial-scale operation begins in 2026 with HYBRIT (Sweden), H2 Green Steel (Boden), and Tata Steel (Netherlands + India pilot). Cost premium vs blast furnace steel remains 25-40%. EU CBAM operational July 2026 + ongoing Indian commitments are the primary demand drivers. This deep-dive covers how green steel is made, the cost gap, the commercial-scale launches, demand drivers, and the India vs EU race.
Egypt's cumulative renewable capacity reached approximately 7 GW by Q1 2026 — solar 4 GW (anchored by Benban 1.8 GW), wind 2.5 GW, hydro 2.8 GW. New 10 GW renewable tender pipeline targets export to Europe via GREGY interconnector. Egypt positioning as Middle East-Mediterranean green energy hub.
COP31 in November 2026, jointly hosted by Australia and Pacific island nations, has three substantive agenda items beyond pageantry: NDC ratchets ahead of the 2025 baseline year, Article 6 carbon market operational rules, and Loss & Damage Fund capitalisation. Renewable energy commitments will be a major theme.
Chile's renewable capacity reached approximately 18 GW operational by Q1 2026, with utility-scale solar (12 GW) and wind (6 GW) dominant. Chile aims to be world's lowest-cost green hydrogen producer, leveraging Atacama (best solar resource globally) + Patagonia (best wind resource globally). HIF Haru Oni and other green ammonia export projects scaling.
Africa Energy Forum 2026 runs June 23–26 in Cape Town, drawing 2,500+ delegates from across the continent's energy sector. Focus topics: South Africa's REIPPPP expansion, Egypt's solar export potential to Europe, Morocco's green hydrogen ambitions, Nigeria mini-grid scaling, and the continent's just transition partnerships with developed nations.
India's cumulative installed solar crossed 150 GW by March 2026 and roughly 157 GW by end-May, against the ~280 GW solar component of the 500 GW non-fossil 2030 target. FY26 added a record ~44 GW. The binding constraints have shifted from deployment pace to storage, transmission and DISCOM offtake.
Solar panel recycling in 2026: the EU WEEE Directive mandates 85% material recovery, India's PV waste rules are due H2 2026, and China has required recycling since 2024. Glass and aluminium recovery is commercially viable; silver and silicon remain marginal. This guide covers why recycling matters, the regulations, how panels are recycled, the economics, second-life panels, and what owners should do.
Building-integrated photovoltaics (BIPV) reached 4.2 GW cumulative capacity by Q1 2026, growing 28% a year, as facades, skylights and roofs double as solar generators. The cost premium over conventional facade has fallen to ~35%, and net-zero building codes are driving commercial adoption. This guide covers what BIPV is, the market, the technologies, the economics, and what's next.
Indian residential solar financing crossed ₹4,800 crore disbursed in 2025, growing 65% year-over-year. Public sector banks (SBI, BoI) now offer rooftop solar loans at 8.5–9.5% with 7-year terms. NBFC and fintech players (Mufin Green, GoBOLT) target the unbanked segment with smaller-ticket financing.
MNRE's May 2026 ALMM List-III update adds 12 GW of newly certified module capacity and removes 1.8 GW from non-compliant producers. The update brings total ALMM-listed capacity to over 100 GW. Eight new producers cleared, including three with under 1 GW capacity.
India has installed roughly 14 GW of rooftop solar against the 30 GW national target. With 18 months remaining, closing the 16 GW gap requires a 3× pace acceleration. PM Surya Ghar Muft Bijli Yojana subsidy uptake has accelerated since Q4 2025, but DISCOM net-metering bottlenecks remain the binding constraint.
Treasury's January 2026 final rules on the IRA's 10% domestic-content adder tightened cell-eligibility tests. To qualify, modules must use US-manufactured cells (not just assembled-in-US modules with imported cells) by January 2028. Mexico-assembled modules with Chinese cells no longer qualify.
India has 4.7 GW of operational pumped storage hydropower (PSH) and an additional 18 GW under construction. PSH advantages over BESS: longer duration (10–24+ hour), 40+ year asset life, lower per-MWh lifecycle cost. Disadvantages: 7–10 year construction time, geography-dependence, water resource impact. Both are scaling — not competing.
India's RPO compliance rate across state DISCOMs averaged 78% in FY 2025, against statutory targets typically in the 24–43% range. Most leading states (Karnataka, Tamil Nadu, Gujarat) over-comply; laggards (UP, Bihar, J&K) consistently miss by 15–30 percentage points. Penalty enforcement remains weak.
India's Green Energy Open Access Rules 2022 have driven 5+ GW of corporate renewable PPA contracting in 2024–2026. Tech companies, manufacturing majors, and retail chains have signed multi-year procurement deals. State-level implementation variation remains the binding constraint on faster scaling.
India's energy storage policy framework spans MNRE, CERC, MoP, and CEA — without a single comprehensive statute. Key 2025–2026 developments include CERC ancillary services regulation, draft Energy Storage Obligation policy, and PLI for advanced cell manufacturing. The fragmentation creates predictable regulatory friction for developers.
India's public EV charging stations crossed 32,000 cumulative by Q1 2026, on track for the 100,000 by end-2026 target. Tier-2 city expansion and highway corridor coverage are the next-phase priorities. ChargeZone, Tata Power EV, Adani Total Energies, and BPCL lead deployment; renewable+BESS pairing increasingly common at flagship sites.
India had commissioned only ~8,000 tonnes per annum of green hydrogen by February 2026, against the 5 MTPA-by-2030 target — but SECI has now allocated 862,000 TPA of production, 724,000 TPA of green ammonia, and 3,000 MW of electrolyser manufacturing under SIGHT. This deep-dive covers the Mission, tranche allocations, record-low ammonia prices, cost trajectory, the offtake gap, and what it takes to hit 5 MTPA.
Indian corporate renewable PPAs (group captive, third-party, and CPPA structures) crossed 7 GW signed by Q1 2026, up from 4.5 GW one year ago. Manufacturing majors (Reliance, Tata Steel, Vedanta) lead in volume; technology companies (Microsoft, Google, TCS) lead in structuring sophistication.
Indian green bond issuance for renewable energy projects crossed $8 billion in calendar 2025, growing 45% year-over-year. ReNew, Adani Green, JSW Energy, and ACME Solar lead issuance. Coupon rates have compressed 50–80 basis points relative to vanilla corporate bonds — green premium is now real and consistent.