SSE Business Model Canvas
Fully Editable
Tailor To Your Needs In Excel Or Sheets
Professional Design
Trusted, Industry-Standard Templates
Pre-Built
For Quick And Efficient Use
No Expertise Is Needed
Easy To Follow
SSE Bundle
Unlock the full strategic blueprint behind SSE’s business model with our in-depth Business Model Canvas—three to five pages of company-specific insights showing how SSE creates value, scales operations, and captures market share. Perfect for investors, consultants, and founders, the downloadable Word and Excel files are ready for benchmarking and strategy work. Purchase now to get the complete, editable canvas and accelerate your analysis.
Partnerships
Partnerships with wind and hydro OEMs secure reliable equipment supply, performance guarantees and planned technology upgrades, supporting SSE Renewables' growth target of 20 GW by 2030. Long-term frame agreements cut procurement lead times and lower lifecycle costs through volume pricing and coordinated logistics. Joint engineering tailors site-specific designs to maximise availability, while collaboration speeds repowering and extends asset life.
EPCs and specialist contractors deliver SSE’s complex onshore and offshore builds, providing marine, cable-lay and high-voltage expertise; alliances underpin safe, on-time, on-budget delivery at scale — critical for projects like Dogger Bank (3.6 GW) and Seagreen (1.1 GW). Preferred contractor panels and risk-sharing frameworks in 2024 supported SSE’s expanded renewables rollout and tighter quality control across multi‑GW programmes.
Close collaboration with Ofgem, BEIS/DSIT and National Grid ESO aligns SSE’s multi‑billion-pound investment pipeline with UK policy and system needs in 2024, while regulated frameworks for network businesses underpin predictable returns. CfD awards and capacity market schemes materially de‑risk cash flows for generation and storage. Ongoing coordination secures grid stability, timely connections and regulatory compliance.
Investors, lenders, and JV partners
Project finance, green bonds and co-investors commonly lower weighted average cost of capital by around 150–250 basis points in 2024, enabling cheaper capital for SSE renewables; JVs spread construction and offtake risk across multi-GW pipelines; strategic partners enable portfolio rotation and rapid scaling; financing structures use 15–25 year tenors to match long-lived infrastructure cashflows.
- WACC reduction: 150–250 bps
- Pipeline scale: multi-GW
- Tenors: 15–25 years
- Benefits: risk share, portfolio rotation, scaling
Communities, landowners, and supply chain
Agreements with communities and landowners secure land access, local support and social licence to operate; UK practice in 2024 shows community benefit funds commonly set at 5,000–10,000 pounds per MW per year for onshore projects. Community benefit funds and local jobs deliver shared value and consent, while local suppliers boost responsiveness and project resilience. Proactive engagement reduces permitting delays and accelerates delivery timelines.
- Land access & social licence
- 5,000–10,000 GBP/MW/yr community funds (2024 UK practice)
- Local jobs & supplier resilience
- Engagement lowers permitting risk
Partnerships with OEMs, EPCs, financiers, regulators and communities secure equipment, delivery, funding and social licence to hit SSE Renewables’ 20 GW by 2030 target, evidenced by projects like Dogger Bank (3.6 GW) and Seagreen (1.1 GW). Collaborative contracts and CfD/Capacity support cut WACC by ~150–250 bps and use 15–25 year tenors (2024). Community funds typically 5,000–10,000 GBP/MW/yr (UK 2024).
| Metric | Value (2024) |
|---|---|
| 2030 target | 20 GW |
| Key projects | Dogger Bank 3.6 GW; Seagreen 1.1 GW |
| WACC reduction | 150–250 bps |
| Finance tenor | 15–25 yrs |
| Community fund | 5,000–10,000 GBP/MW/yr |
What is included in the product
A comprehensive, pre-written Business Model Canvas for SSE that details customer segments, channels, value propositions, revenue streams, key activities/resources/partners, and cost structure, with SWOT-linked analysis and polished narrative for investor presentations and strategic decision-making.
Clear one-page canvas that condenses SSE’s strategy into editable cells, saving hours of formatting while helping teams quickly align, compare models side-by-side, and produce board-ready summaries for fast decision-making.
Activities
Origination through site control, permitting and grid applications builds SSE's project pipeline aligned with the UK 50 GW offshore wind by 2030 target; robust pipeline management converts opportunities into consenting-ready projects. Procurement and construction deliver wind and hydro assets to operation, while targeted environmental and stakeholder management secure consents and reduce delays. Repowering and hybridization—combining storage or additional turbines—boost output and asset value, supporting long-term yield enhancement.
24/7 monitoring drives availability to industry benchmarks of 98–99% (2024), while predictive maintenance cuts downtime ~20–30% and maintenance costs 15–25%. Rigorous safety, compliance and lifecycle management preserve asset value and reduce lost-time incidents. Performance analytics improve dispatch efficiency and inform targeted upgrades, lifting output by ~2–5%.
Plan, reinforce and digitize grids to integrate renewables across SSE’s networks serving about 3.7m customers, delivering RIIO-ED2 outputs (2023–28) that mandate reliability, loss reduction and resilience; manage outages and losses to meet Ofgem targets while connecting customers and generators efficiently; 2024 network investment programmes exceed £1bn annually to upgrade assets, automation and resilience.
Energy trading, hedging, and balancing
Energy trading across wholesale markets, CfD settlements and ancillary services monetizes SSE output—UK average wholesale power in 2024 was about £70/MWh—while hedging programs stabilize cash flow against price and weather volatility. Advanced forecasting and day-ahead scheduling cut imbalance costs and gate risk; route-to-market offerings convert project output into PPA revenues for corporates.
- Wholesale/CfD/ancillary: monetize output
- Hedging: stabilizes cash flows vs price/weather
- Forecasting/scheduling: reduces imbalance costs
- Route-to-market: enables PPA revenue
Innovation and portfolio management
SSE drives R&D in offshore, storage and grid tech to lower LCOE and improve project IRRs; in 2024 SSE reiterated a c.£20bn investment plan to 2030 focused on networks and renewables, recycling capital via active asset rotation. Data platforms and AI boosted operations efficiency, targeting double-digit O&M savings and faster dispatch. ESG leadership underpins access to low‑cost capital and stakeholder trust.
- R&D: offshore, storage, grid
- Data/AI: O&M efficiency gains
- Asset rotation: recycle capital to higher IRR projects
- ESG: strengthens capital access
Origination secures pipeline toward UK 50 GW offshore by 2030 and advances consenting-ready projects. Operations hit 98–99% availability (2024); predictive maintenance trims downtime 20–30% and maintenance costs 15–25%. Trading and investment monetize output (UK wholesale ~£70/MWh 2024); SSE reiterated c.£20bn to 2030, serving ~3.7m customers with >£1bn pa network spend (2024).
| Activity | 2024 metric | Impact |
|---|---|---|
| Pipeline | UK 50 GW target | Consenting-ready projects |
| Operations | 98–99% avail; −20–30% downtime | Higher output |
| Finance/Network | £70/MWh; £20bn plan; >£1bn pa | Stable cashflows, resilience |
Full Document Unlocks After Purchase
Business Model Canvas
The document previewed here is the exact SSE Business Model Canvas you’ll receive—no mockup, no sample. When you purchase, you’ll get the full, editable file formatted exactly as shown. It’s ready for immediate use in strategy, presentations, or collaboration.
Resources
Onshore and offshore wind plus hydro assets deliver low-carbon power across the SSE portfolio, with geographic and technology diversity smoothing seasonal and weather-driven output. Scale delivers cost leadership and bargaining power in procurement and PPAs, while embedded grid connections and curtailment rights protect value and revenue stability. These assets underpin SSEs ability to optimise dispatch and merchant sales.
Regulated transmission and distribution businesses hold exclusive licences, and in Great Britain the networks regulatory asset base was about £120bn in 2024, underpinning market scale. Allowed returns set by price controls deliver stable, inflation-linked cash flows that support credit profiles. The RAB is the primary driver of valuation and equity returns. Long-term RIIO frameworks (multi-year to 2028) provide investment certainty.
Engineers, project managers, traders and regulatory experts form SSE’s core human capital, with around 6,500 employees in 2024 supporting delivery and market operations.
Robust safety systems—reflected in continuous investment and industry-leading protocols—protect people and assets, contributing to low incident rates and operational continuity.
Institutional knowledge shortens delivery timelines and, together with OEM partnerships, augments specialist skills for faster commissioning and reduced lifecycle costs.
Capital access and financial strength
Investment-grade balance sheet underpins multi-billion programmes, supporting large-scale grid, renewables and network investments while maintaining access to capital markets and bank facilities. Green finance aligned with taxonomies broadens investor pools and lowers cost of capital for sustainability projects. Robust hedging lines and collateral facilities enable active trading and market risk management; disciplined capital allocation targets maximum returns.
- investment-grade liquidity
- green finance expansion
- hedging & collateral capacity
- disciplined capital allocation
Data, digital platforms, and IP
SCADA networks, 14.4 billion IoT endpoints in 2024, and edge analytics drive real-time performance gains and availability for SSE assets; predictive forecasting models increase bid accuracy and reduce unplanned maintenance by identifying failure modes ahead of time. Permits, engineering studies, and proprietary designs create defensible IP while layered OT cybersecurity and NIST-aligned controls protect operational continuity.
- SCADA + IoT: real-time control
- Analytics: forecasting for bidding & maintenance
- IP: permits, studies, designs
- Cybersecure OT: continuity & compliance
Onshore/offshore wind and hydro provide diversified low-carbon output; GB networks RAB ~£120bn (2024) and RIIO price controls deliver stable cashflows. SSE had ~6,500 employees (2024), investment-grade balance sheet and expanding green finance. SCADA + IoT (14.4bn endpoints, 2024) and strong OT cybersecurity enable high availability and predictive maintenance.
| Metric | 2024 |
|---|---|
| RAB (GB) | £120bn |
| Employees | 6,500 |
| IoT endpoints | 14.4bn |
Value Propositions
Utility-scale wind and hydro deliver proven decarbonization: lifecycle emissions for wind and large hydro are typically 3–12 gCO2e/kWh and 1–15 gCO2e/kWh versus ~820 gCO2e/kWh for coal, cutting emissions >95%. Diversified assets (onshore/offshore wind, hydro, storage) enhance availability and grid support, lowering curtailment and firming supply. Customers secure credible routes to net-zero while society gains cleaner air; WHO links air pollution to ~7 million premature deaths annually.
SSE’s grid investments — c.£2.8bn in 2023/24 — bolster transmission and distribution reliability, while streamlined connections accelerate new renewables and customer hookups (UK new-build connections rose 14% in 2023). Digitalization (automated switches, SCADA) shortens fault response and boosts visibility, and regulated service levels under Ofgem’s RIIO framework deliver predictable returns and tariffs.
Long-dated corporate PPAs (typically 10–15 years) reduce exposure to short-term price volatility and secure cashflows; 2024 demand for multi‑year offtake remains strong. CfD-backed output provides a statutory floor price (CfDs commonly 15‑year tenors) adding lender-friendly price certainty. Structured products match buyers’ load profiles to increase offtake certainty. Creditworthy counterparties can lower risk premiums by hundreds of basis points.
Scale execution and cost leadership
Portfolio scale—exemplified by projects like Dogger Bank (3.6 GW)—gives SSE procurement leverage to lower equipment prices; repeatable project delivery shortens schedules and cuts development risk, while operational excellence extends asset life and improves capacity factors; standardization and scale together compress levelized cost of energy, with large-scale procurement and replication driving capex and opex savings often in the mid-teens percent range.
- procurement-savings: Dogger Bank 3.6 GW
- repeatability: faster delivery, lower schedule risk
- operational-excellence: higher lifetime yield
- standardization: LCOE compression, ~10–15% savings
Strong ESG and community impact
- Transparent governance: attracts institutional green capital
- Community funds: boost local employment and acceptance
- Biodiversity measures: cut permitting delays
- Policy alignment: supports UK 50 GW offshore by 2030
Utility-scale wind/hydro: 3–15 gCO2e/kWh vs ~820 for coal; grid capex ~£2.8bn (2023/24); long PPAs/CfDs (10–15y) secure cashflows; scale (Dogger Bank 3.6GW) + standardisation cut LCOE ~10–15% and attract green capital aligned to UK 50GW offshore by 2030.
| Metric | Value |
|---|---|
| Lifecycle emissions | 3–15 gCO2e/kWh |
| Grid capex (23/24) | £2.8bn |
| Flagship | Dogger Bank 3.6GW |
| LCOE saving | 10–15% |
| Policy | UK 50GW by 2030 |
Customer Relationships
Dedicated B2B account teams deliver tailored PPA structures and white‑glove service, with ongoing performance reporting that drives measurable confidence. Renewal and expansion discussions are proactively scheduled, and issue resolution is fast and data‑driven using real‑time SCADA analytics. Aligned with the UK 50 GW offshore by 2030 ambition, accounts focus on scalable capacity solutions.
Continuous dialogue aligns SSE plans with policy and system needs, ensuring projects meet statutory requirements and market signals. Consultations shape investment and tariff proposals and feed into regulatory submissions under Ofgem's RIIO-2 framework, active in 2024. Transparency supports licence obligations and published reporting. Trust with stakeholders shortens approval cycles and reduces disputes, lowering project delivery risk.
Coordination with National Grid ESO and market participants ensures system stability, reflected in National Grid ESO's FES 2024 modelling used for planning; real-time communications manage outages and constraints via operational centres and market signals; joint planning optimises grid upgrades through coordinated network investment planning; shared telemetry and market data improve forecasting and dispatch accuracy.
Customer support for connections
Connection teams guide applications end-to-end, explaining technical studies and milestones; clear SLAs and portals streamline progress and feedback loops improve future processes. In 2024 SSE served about 8.5 million customers and used portal metrics to shorten average connection times. Continuous feedback reduces rework and clarifies milestones for applicants.
- End-to-end guidance
- Clear SLAs & portals
- Technical studies explained
- Feedback loops for improvement
Long-term service commitments
Long-term O&M contracts (typically 10–25 years) underpin SSE’s value capture by guaranteeing availability and revenue stability. Performance KPIs such as availability (>98% industry target in 2024) and mean time to repair are continuously monitored and reported. Continuous improvement programs deliver 1–3% annual performance uplift and collaboration with OEMs enables lifecycle upgrades and CAPEX deferral.
- Contract length: 10–25 years
- Availability target: >98% (2024 industry benchmark)
- Efficiency uplift: 1–3% p.a.
- Focus: KPI reporting, OEM collaboration
Dedicated B2B account teams deliver tailored PPAs, proactive renewals and data‑driven issue resolution via SCADA; SSE served ~8.5m customers in 2024. Regulator dialogue (RIIO‑2, 2024) and National Grid ESO alignment shorten approvals. Long O&M contracts (10–25y) target >98% availability.
| Metric | 2024 | Notes |
|---|---|---|
| Customers | 8.5m | Retail base |
| Availability target | >98% | Industry benchmark |
| O&M contract length | 10–25 years | Revenue stability |
| Offshore ambition | 50 GW by 2030 | UK target |
Channels
In-house origination targets energy-intensive buyers with bespoke bilateral PPAs, commonly offering tenors to 15 years and fixed or index-linked pricing; 2024 saw continued demand for multi-year corporate deals. Guarantees of origin underpin buyer ESG claims, while dedicated post-signature account management preserves revenue certainty and operational value.
Trading desks access day-ahead, intraday and balancing markets to optimize positions, with GB balancing volumes typically representing about 5% of traded demand; route-to-market partners can complement internal desks for wider reach. Flex and ancillary services (frequency, reserve) monetize grid-enabled capabilities and short-term scarcity. Dynamic hedging (forwards, options) is used to protect margins against spot volatility.
Standardized channels deliver network services under regulated tariffs, ensuring consistent access and billing across SSE’s grid operations.
Published connection methodologies and charging statements, set against Ofgem rules, provide fairness and transparency in allocations and cost recovery.
Online portals manage applications, updates and documentation while stakeholder events and webinars explain methodology changes and implementation timelines.
Government auctions and schemes
Participation in CfD and capacity auctions secures long-term revenue streams for SSE, with CfD-backed projects delivering price certainty; in 2024 SSE reported over 1 GW of secured CfD-linked capacity. Competitive bidding disciplines project and operating costs, driving unit cost reductions and margin protection. Awarded contracts anchor project financing, while rigorous compliance reporting preserves eligibility and prevents penalty exposure.
- Secured CfD capacity: >1 GW (2024)
- Auctions enforce cost discipline
- Contracts enable non-recourse financing
- Ongoing compliance maintains eligibility
Digital platforms and data interfaces
Digital platforms in 2024 centralize customer portals that share performance reports, invoices and compliance certificates; APIs enable direct data integration for buyers and ERP syncing. Real-time dashboards increase transparency and SLA monitoring, while self-service functions reduce support tickets and speed up onboarding.
- Portals: performance, invoices, certificates
- APIs: buyer integration, ERP sync
- Dashboards: real-time transparency
- Self-service: lower support load, faster onboarding
In-house origination: bespoke bilateral PPAs (tenors to 15 years) targeting energy‑intensive buyers; 2024 demand for multi‑year corporate deals remained strong. Trading desks optimize via day‑ahead/intraday/balancing (GB balancing ~5% of traded demand) and dynamic hedging. CfD/capacity auctions secured >1 GW CfD‑backed capacity in 2024, anchoring long‑term revenues. Digital portals/APIs enable real‑time reporting and ERP integration.
| Channel | 2024 Metric |
|---|---|
| CfD capacity | >1 GW |
| Balancing share | ~5% |
| PPA tenor | Up to 15 yrs |
Customer Segments
Suppliers purchase SSE wholesale output and balancing services while National Grid ESO coordinates system stability with generators across Great Britain, where peak demand reached about 46 GW in 2023; reliability and predictability are therefore critical. SSE serves roughly 5 million customers, so counterparties must demonstrate investment-grade creditworthiness and regulatory compliance to secure contracts and short-term balancing access.
Large corporates and institutions—manufacturers, tech firms and public sector bodies—seek PPAs for long-term price certainty and verified green credentials, prioritising load-matching and shaping to align generation with consumption profiles; robust reporting and meter-level data support ESG disclosures and compliance with evolving sustainability standards.
Network-connected households and businesses depend on resilient distribution services where service quality, outages and connection times directly drive satisfaction and retention; GB peak demand reached about 49 GW in 2023/24. Although network revenues are regulated, rising customer needs push SSE to invest in capacity and resilience—regulated allowances rose to support RIIO-ED2 spending. Accelerating electrification (around 1.3m BEVs in the UK by end-2023) increases per-customer usage and expectations.
Independent generators and developers
Independent generators and developers require timely, fair grid connections because curtailment and reinforcement terms directly affect project viability, financing and offtake confidence; transparent connection processes and published queue data build trust and reduce negotiation delays. Technical support from SSE accelerates commissioning and reduces operational risk, improving project bankability and time-to-revenue.
- Timely connections
- Curtailment impacts viability
- Clear reinforcement terms
- Transparent processes = trust
- Technical support speeds commissioning
Investors and JV partners
Institutional capital co-invests in large SSE projects, with global institutional allocations to infrastructure reaching 5.2% of portfolios in 2024 and typical deal sizes above $200m; they seek stable, inflation-linked returns targeting CPI+3–5% and require robust governance and standardized reporting (TCFD/ESG) for approval, while 5–10 year pipeline visibility underpins commitments.
- Co-invest scale: deal size >200m
- Return target: CPI+3–5%
- Reporting: TCFD/ESG required
- Pipeline: 5–10 year visibility
SSE serves ~5m customers; GB peak demand ~49 GW (2023/24) so reliability and creditworthy counterparties are essential.
Large corporates seek PPAs for price certainty and verified green credentials; 1.3m BEVs in UK end-2023 raise load and flexibility needs.
Institutional co-investors target CPI+3–5% with deals >200m and 5–10y pipeline visibility; reporting: TCFD/ESG.
| Metric | Value |
|---|---|
| Customers | ~5m |
| Peak demand | 49 GW (2023/24) |
| BEVs | 1.3m (end-2023) |
| Infra allocation | 5.2% (2024) |
Cost Structure
Capital expenditure is dominated by multi‑hundred‑million to multi‑billion projects for wind, hydro and grid reinforcement, with major offshore projects often costing £500m–£2bn each. Supply‑chain escalation and FX volatility have added roughly 5–15% to budgets in 2021–24. Phased spending is tied to development milestones and auction/cfD timetables. Repowering of existing sites reduces unit costs and extends asset value.
Asset upkeep, spares and service contracts drive recurring O&M spend for SSE, especially across networks and offshore assets; industry O&M often represents 20–40% of lifecycle costs. Condition-based maintenance can cut maintenance costs 10–40% and unplanned downtime up to 50% (McKinsey/2024). Marine and high-voltage interventions are highly specialized and materially more expensive per job. Digital tools and remote monitoring can reduce truck rolls and downtime by ~20–30% (2024 field-service studies).
Environmental studies, monitoring, and mandatory reporting drive continuous costs across project lifecycles, especially as the UK pushes toward 50 GW offshore wind by 2030 increasing consenting volumes. Community engagement and local benefits programs add recurring OPEX and one-off mitigation payments. Robust health and safety programs are non-negotiable, and complex regulatory submissions require senior technical and legal specialists’ time.
Workforce and overhead
Salaries, training, and retention for critical skills dominate SSE’s cost base, with staff costs representing the largest operating expense and workforce headcount around 8,000 in 2024.
Offices, IT, and cybersecurity sustain operations; global cybersecurity spending exceeded $200 billion in 2024, pressuring IT budgets and resilience investments.
Insurance, warranties and professional services (legal, M&A advisers, consultants) hedge downside and support complex transactions, often accounting for multi-million pound annual contingencies.
- Staff costs: largest OPEX; ~8,000 employees (2024)
- Cybersecurity: >$200B global spend (2024)
- Insurance/warranties: multi-million contingency reserves
- Professional services: critical for transactions and compliance
Financing and market costs
Interest (BoE bank rate ~5.25% in 2024), fees and hedging premiums compress project IRRs, while collateral and margining—often 10–20% of contract value—tie up liquidity and raise financing costs. Grid charges and imbalance costs are recurring operational outflows and can spike under stress; inflation indexing (UK CPI ~3.9% in 2024) shifts both cost bases and indexed revenues.
- Interest: BoE 5.25% (2024)
- Collateral: 10–20% of contract value
- Imbalance: operational spikes possible
- Inflation: CPI ~3.9% (2024)
Capex dominated by £500m–£2bn wind/hydro/grid projects; supply‑chain and FX added ~5–15% (2021–24). O&M drives recurring spend (20–40% lifecycle); digital/CBM can cut costs 10–40%. Staff costs largest OPEX (~8,000 employees, 2024); financing costs (BoE 5.25%) and collateral (10–20%) compress IRRs.
| Metric | 2024 |
|---|---|
| Capex/project | £500m–£2bn |
| O&M | 20–40% lifecycle |
| Employees | ~8,000 |
| BoE rate | 5.25% |
Revenue Streams
Regulated network revenues for SSE rely on allowed returns on the RAV — Ofgem set a real vanilla WACC of around 3.7% for RIIO-2 — giving stability; performance incentives (CAPEX/ODI) can add or subtract material sums against the base return. Inflation linkage (CPIH indexation) protects real value. Connections and use‑of‑system charges (networks RAV ~£12.5bn in 2024) contribute additional, contractable income.
Wholesale market revenues monetize SSE renewable output, with 2024 European baseload prices running roughly €80–100/MWh, driving merchant returns. Corporate PPAs add premium certainty, often locking in multi-year prices and reducing volatility for a material portion of output. Geographic and temporal arbitrage across UK, Ireland and Nordic markets plus intra-day optimization improves netbacks. Guarantees of origin and green certificates in 2024 enhance value and corporate offtake appeal.
CfD top-ups guarantee a strike price (2024 UK/IE rounds typically ranged £40–60/MWh), stabilizing cash flows versus volatile reference prices. Settlement against market indices cuts revenue volatility and settlement risk, protecting merchant upside. Enhanced bankability from CfDs commonly lowers project financing costs by roughly 100–200 basis points. Ongoing regulatory and contractual compliance is essential to retain these benefits.
Ancillary and capacity markets
Frequency response, reserve and black start services pay for flexibility and fast ramping; capacity payments reward availability at peak—capacity mechanisms continued to underpin winter reliability in 2024; co-optimizing ancillary services with energy sales has been shown in 2024 analyses to raise battery revenues by up to 40%; storage hybrids and co-located assets further enhance stacked returns.
- Frequency response: pays for fast ramping flexibility
- Reserve & black start: premium for reliability at short notice
- Capacity payments: reward peak availability (2024 market support)
- Co-optimization & hybrids: revenue stacking can boost returns up to ~40% (2024 analyses)
Connection and services fees
- One-off connection and reinforcement fees
- Ongoing charges for asset access and maintenance
- Revenue from studies, metering and data services
- Compensation via curtailment/constraint agreements
- Transparent tariffs to ensure trust and compliance
Regulated networks: RAV ~£12.5bn, real vanilla WACC ~3.7%, CPIH indexation. Wholesale renewables: baseload ~€80–100/MWh in 2024; corporate PPAs add price certainty. CfD top-ups: typical strike £40–60/MWh in 2024, lowering financing costs ~100–200bp. Ancillary & storage stacking can lift revenues by ~40% versus energy-only dispatch.
| Metric | 2024 Value |
|---|---|
| Networks RAV | £12.5bn |
| Real vanilla WACC (RIIO-2) | ~3.7% |
| Baseload price | €80–100/MWh |
| CfD strike | £40–60/MWh |
| Revenue stacking uplift | ~40% |