E.ON SWITCH Three-Year Strategic Plan

A concrete three-year (2026–2028) strategic plan for SWITCH — E.ON‘s flexibility platform — assuming a dedicated platform team of roughly 5 business developers + 5 software engineers. The plan balances three competing objectives:

1. Value for DSOs and market share as a platform — move SWITCH from a captive E.ON tool to a credible multi-DSO platform without losing the incumbent advantage.
2. Growing the SWITCH markets — more areas, more FSPs, more liquidity, higher activation volumes.
3. Regulatory compliance, alignment and fitness — Sweden first (Ei T&C, DNDP/FNA, RP5), EU second (NC DR, Art. 24 IA, FIS).

This synthesis is the incumbent counterpart to Flexibility Platform Strategy — A Playbook for New Entrants. That page asks how a ten-person greenfield team wins against SWITCH and NODES. This page asks the opposite question: what should SWITCH itself do with a team the same size.

Starting position (what SWITCH has, what it lacks)

Assets. (Source - SWITCH Marknadsdata (info.switchmarket.se, 2026), Source - SWITCH User Documentation (2026), Source - E.ON Flexibilitet i elnätet (web, 2025))

• 12 live Swedish markets V2025/26 (up from 4 in V2023/24) — the largest Swedish LFM footprint by market count.
• 6 seasons of operational experience, the only platform with continuous Swedish operation since CoordiNet.
• Integrated product family: ST (seasonal availability) / TO (daily availability orders) / DO (direct orders); summer production-side variant running in Halland.
• OpenADR 3.0.1 VTN for Villkorade Avtal; SUSIE integration with Svk; TFT-based grid-state forecasting; Dremio data lake; DIS procurement method; MBMA baseline.
• Public transparency portal (info.switchmarket.se) — already at the level NC DR Art. 37 will require.
• A customer base: E.ON Energidistribution (anchor) plus licensing signals in the E.ON DNDP that other DSOs can buy the platform.

Liabilities.

• Art. 32 neutrality problem. SWITCH is owned and operated by the E.ON group. Every non-E.ON DSO that considers SWITCH weighs the risk that its operational data, bid flows, and FSP relationships sit inside a competitor’s infrastructure. This is the single largest structural constraint on market expansion.
• Thin market pathology. V2025/26: 25.2 MW pre-qualified against 59.5 MW stated need (42% fill); 6 of 11 markets had zero clearing; only 10 active FSPs / 19 assets across the whole footprint. Seasons of “välgörenhet” (charity) as FlexAbility DR5 has it. (Source - FlexAbility Delrapport 5 (2025))
• Pre-NC DR architectural legacy. SWITCH originated in 2019 (CoordiNet) before the NC DR existed. Proprietary-API to OpenADR migration took until Q2 2024; CIM mapping is a draft; FIS integration is unbuilt. Every incumbent retrofit is now a visible engineering debt.
• Product naming drift. ST/TO/DO predate LFM-p/LFM-h/LFM-e (Ei-approved December 2025). The semantic mapping is close but not identical (dispatch obligation, compensation model A/B, minimum bid 0.1 MW). An Ei-approved migration is mandatory.
• Weak FSP side. 10 FSPs total is not a market, it is a stakeholder group. Aggregators multi-home on FCR-D/mFRR/Nord Pool because those are where revenue actually is; SWITCH is a marginal revenue stream. The platform has no FSP-side tooling to change this.

The 2026–2028 window from the incumbent seat

The same four regulatory events that create the opening for new entrants also create the forced-move list for SWITCH. Every item below is non-optional if SWITCH intends to remain the reference Swedish flex platform past 2028.

The decisive fact: the NC DR 12-month T&C window (H2 2026 → H2 2027) is when Ei decides what “compliant” means in Sweden. SWITCH either helps define that bar or gets measured against it. There is no neutral middle.

Three scenarios

Three internally coherent strategic postures. They differ in risk, scope, and what the ten-person team is actually asked to execute.

Scenario A — Defend and Deepen (E.ON internal optimization)

Premise: treat SWITCH as internal E.ON infrastructure. Optimize for E.ON Energidistribution’s operational value. Accept that other DSOs are edge customers rather than a growth engine.

Focus: fill the 12 existing markets (current 42% → 70%+), add 2–3 new E.ON markets, deepen Villkorade Avtal integration, roll out LFM-h/p/e product mapping at E.ON, keep the public portal best-in-class.

Pros.

• Lowest execution risk. Known customer, known grid, known forecasts.
• Captures maximum internal CAPEX-deferral value — FlexAbility DR3 quantifies 10,711 SEK/MWh for utnyttjandegrad and up to 122,000 SEK/MWh for first-MW abonnemangsoptimering. E.ON’s ~700 MW / ~1 TWh stated need is large. (Source - FlexAbility Delrapport 3 (2025), Source - E.ON Nätutvecklingsplan 2025-2034)
• Avoids Art. 32 neutrality confrontation by not expanding externally.

Cons.

• Cedes the multi-DSO platform role to NODES or a new entrant. Once lost, not recoverable.
• Strategic irrelevance after ~2028: if FIS becomes the default interoperability layer, a single-DSO SWITCH is a feeder system, not a platform.
• Does nothing about the thin-market problem — FSP side remains under-served; 6/11 zero-clearing markets persist.
• Team is over-sized for the scope; 10 people is more than E.ON internal operations require.

Verdict: strategically safe, economically sub-optimal, operationally demoralizing. Rejected as standalone scenario.

Scenario B — Neutral-Track Expansion (Sweden first, 3–5 external DSOs)

Premise: SWITCH is spun out operationally (not necessarily legally) from E.ON Energidistribution to operate as a neutral multi-DSO platform. E.ON remains the anchor customer. Target is 3–5 external Swedish DSOs by end-2028, covering a mix of mid-tier (Jönköping Energi, Mälarenergi Elnät, Skellefteå Kraft Elnät) and long-tail small DSOs on a standardized product.

Focus:

• Governance: create a neutrality firewall — separate operating unit, independent product backlog, audited data-handling, formal Art. 32 compliance statement before Ei T&C.
• Product: LFM-h/p/e as default product family; ST/TO/DO deprecated but supported for one transition season; FIS-native data model; multi-DSO tenancy in the platform core.
• Pricing: tiered infrastructure fee per DSO (size-indexed) + per-grid-point + optional forecast service; outcome-based pilot with 1–2 DSOs.
• FSP side: launch a portfolio/value-stacking lite — unified bid view across SWITCH markets + FCR-D + mFRR — to double the active FSP count and lift the per-FSP revenue profile.

Pros.

• Directly addresses the Art. 32 neutrality objection — the single largest barrier to external adoption.
• Converts sunk SWITCH engineering into growth leverage. The 2019–2025 work is the moat, not the liability, once wrapped in neutral governance.
• Regulatory wind at back: NC DR Art. 43–44 requires DSOs to integrate local flex into DNDPs; Ei T&C will favor Ei-approved LFM products; long-tail DSOs cannot afford in-house builds (Source - FlexAbility Delrapport 5 (2025)) and need a turnkey platform.
• 5+ DSO contracts at 1.5–3 MSEK/year each = a real ARR line inside E.ON’s business, not a cost center.

Cons.

• Internal political cost at E.ON. The E.ON Energidistribution operational team loses direct ownership of the platform backlog. This is a real organizational change, not a rebrand.
• Competing with NODES directly at mid-tier DSOs. NODES has the neutrality claim (Norwegian independent) that SWITCH has to build.
• External DSOs will demand features E.ON doesn’t need (e.g., different forecast pipelines, different VTN variants per the Ellevio SIMPLE vs E.ON CONSUMPTION_POWER_LIMIT split). Product complexity increases.
• If Vattenfall or Ellevio start operating markets in the window, they become competitors, not customers.

Verdict: the correct primary scenario. Sections below detail execution.

Scenario C — Nordic/EU Expansion and Product Leadership

Premise: SWITCH becomes a Nordic (and eventually EU) platform, competing with NODES on its own multi-country footprint. Target 8–12 DSO customers by end-2028, including at least 2 non-Swedish (Finland, Norway, Denmark).

Focus:

• Everything in Scenario B, plus: Norwegian and Finnish regulatory mapping, localized product libraries, multi-language ops, EU reference deployments via BeFlexible or successor projects.
• Aggressive FSP-side product: the “SWITCH for FSPs” portfolio optimizer becomes a standalone revenue line.

Pros.

• Largest upside. A Nordic-scale SWITCH with 8–12 DSOs is a 30–50 MSEK ARR business, strategic to E.ON Group, and survives any single national regulatory shift.
• Undercuts NODES before it can consolidate. NODES has ~1 live Swedish DSO and a small team; the window to overtake is open in 2026–2027 and closes as NC DR FIS matures.

Cons.

• Sales motion strain. Nordic DSO procurement is LOU/LUF-constrained (Sweden), Lov om offentlige anskaffelser (Norway), etc. A 5-person BD team cannot run 8 parallel enterprise sales cycles in three countries in three years.
• Regulatory surface area triples. Each country’s NC DR transposition differs; Ei’s interpretation ≠ NVE’s ≠ Energitilsynet’s.
• Requires capital (partnership, consortium, or E.ON Group internal investment) beyond a 10-person team.

Verdict: correct long-term direction; premature as year-1 posture. Treat as a Scenario B option-value — build the product so Scenario C is possible in 2028–2030, but don’t staff for it in 2026–2027.

Recommended path: B-primary, A-internal, C-optional

The three scenarios are not mutually exclusive. The recommended plan runs Scenario B as the primary strategic track, layers Scenario A’s E.ON internal optimization underneath (because the E.ON anchor contract still funds the team), and preserves Scenario C as an option via product choices that don’t foreclose Nordic expansion.

The ordering matters: neutrality first (without it, nothing else works externally), product standardization second (LFM-h/p/e is the shared language), platform multi-tenancy third (technical enabler for external DSOs), then external BD in parallel.

Year-by-year plan

Year 1 (H2 2026 – H1 2027): Neutralize, Standardize, Prepare

Strategic goal. Remove the Art. 32 neutrality objection; ship LFM-h/p/e as the default; participate in Ei T&C design; sign the first external DSO.

Engineering deliverables.

• LFM-h/p/e product library as first-class. ST/TO/DO remain available for legacy markets; all new markets open on LFM-h/p/e. Wire compensation models A/B, upward-only 0.1 MW minimum, two-auction LFM-e (D-1 09:30 / H-2), dispatch obligation chain. Target: V2026/27 season opens exclusively on LFM-h/p/e in 2 of 12 markets. (Source - Energiföretagen Förteckning Standardiserade Marknadsprodukter (2025), Source - Ei Godkänner Marknadsprodukter Flexibilitetstjänster (2026))
• FIS-native data model (phase 1). Begin CIM (IEC 62325) message type migration. Target: internal data model aligned with NC DR Art. 24–28 by end of year, export of SWITCH operational data to a draft FIS schema as a test harness.
• Multi-tenancy platform refactor. Decouple E.ON Energidistribution from platform identity. Tenant isolation at the data layer; per-DSO configuration for products, gate closures, prequalification rules, forecast providers. This is the prerequisite to signing any external DSO.
• VTN variant support. Add Ellevio SIMPLE Curtail/Restore PT20M variant alongside the current E.ON CONSUMPTION_POWER_LIMIT PT15M. This makes SWITCH the only platform supporting both production Swedish variants — a direct wedge.
• NC DR transparency API. Art. 37 requires 1-day publication at a national access point. SWITCH already publishes; formalize the API to the shape Ei will mandate.

BD deliverables.

• Neutrality governance. Structure a SWITCH operating unit with independent product backlog, a Chinese wall on E.ON Energidistribution operational data, and an Art. 32 compliance statement auditable by Ei. This is a political project, not a legal one — the bar is what external DSOs believe, not only what Ei certifies.
• Ei T&C participation. Active role in Ei’s NC DR T&C drafting from kickoff. Propose platform-level compliance patterns. Target: at least two SWITCH-shaped technical clarifications land in the Swedish T&C.
• Energiföretagen AG Helhet Flex. Continuous presence; co-author supplement to LFM-h/p/e spec covering platform-level clarifications (multi-market dispatch obligation, baseline tampering detection, FSP portfolio semantics).
• First external DSO. Target a mid-tier DSO that already explored flex in their DNDP — candidates with DNDP flexibility mentions and no incumbent platform dependency. Signed contract (pilot scope, 2027/28 season) by end of year 1.
• FIS/datahanteringsverktyg positioning. Be a named technical input to the Ei+Svk September 2026 report. SWITCH has 6 seasons of operational data no other Swedish actor can match; offer it as a reference implementation, not a competing design.
• E.ON internal campaign. Fill E.ON’s existing 12 markets — target activation volume doubling (V2025/26 ~292 MWh total national → V2026/27 target 600+ MWh on E.ON markets alone). FSP recruitment, aggregator outreach, smart-meter FSP onboarding (new for 2025/2026 per Source - E.ON Flexibilitet i elnätet (web, 2025)).

Regulatory deliverables.

• Published Art. 32 compliance whitepaper (Ei-addressed).
• LFM-h/p/e product certification filed (per the Dec 2025 Ei process) for each SWITCH market area.
• Draft FIS interop plan filed with Ei + Svk by September 2026 report deadline.

Year 1 success criteria.

• 1 external DSO signed (pilot).
• 2 SWITCH markets on LFM-h/p/e natively.
• Art. 32 neutrality governance audited and publishable.
• Ei T&C acknowledgment of SWITCH as a reference platform.
• E.ON markets activation volume 2× prior season.

Year 2 (H2 2027 – H1 2028): Expand, Integrate, Monetize

Strategic goal. 2–3 external DSOs live; full LFM-h/p/e migration; FSP-side product V1; BSP-ready architecture; RP5 TOTEX pricing model.

Engineering deliverables.

• LFM-h/p/e as default. All 12 E.ON markets migrated by V2027/28. ST/TO/DO deprecated (remain readable for historical settlement).
• FIS interop (phase 2). Depending on what Ei+Svk’s September 2026 report lands on: either register as a regulated FIS feeder system, or implement the interop protocol directly. CIM message broker becomes a live integration layer.
• FSP portfolio product V1. Unified bid management across all SWITCH markets + FCR-D/mFRR + Nord Pool day-ahead. BRP-aware timing (D-2 10:30 bid shift is already in SWITCH; extend to cross-market scheduling). Baseline integrity auto-detection. (Source - FlexAbility Delrapport 2 (2025)) Data architecture boundary: SWITCH in its current DSO-platform model receives all meter data pushed by the DSO — no Berättigad part registration is needed. If the FSP product requires SWITCH to independently retrieve meter data for resources on other DSOs’ networks (e.g., an FSP active on both E.ON and Vattenfall territories), that changes: either the FSP registers as berättigad part for those territories, or SWITCH does. Keep SWITCH in the DSO-data-receiving role and make FSPs responsible for their own berättigad part registrations where needed — this avoids SWITCH being classified as an energy service company and triggering Art. 32 complications.
• External DSO onboarding pipeline. Move from bespoke onboarding to a productized 10-step sequence extending the current SWITCH onboarding — target 8-week DSO-to-live on LFM-h/p/e with a single forecast integration.
• Outcome-based pricing infrastructure. Counterfactual CAPEX-deferral measurement: compute the deferred investment on each activation, attributable to SWITCH. This is the commercial model that becomes viable at RP5 (Jan 2028) and needs a year of data before it can be contracted on.
• Cybersecurity / beredskapsflexibilitet primitives. Random startup delay, activation jitter, rate limiting at platform level — per Energimyndigheten ER 2025:35 and the forthcoming Art. 24 IA.

BD deliverables.

• 2–3 external DSOs signed. Target mix: 1 mid-tier (regional urban DSO), 1 long-tail (small DSO with DNDP flex mentions). Pricing anchor: 2–3 MSEK/year per DSO for the full stack.
• FSP recruitment 2×. From 10 to 20+ active FSPs across SWITCH by V2027/28. Aggregator partnership program (Flower, Ingrid Capacity, Capalo AI, Entelios — all BSP-registered per Source - Svk Leverantörer av Balanstjänster 2026).
• RP5 commercial campaign. From Q3 2027 (RP5 methodology finalization) through Q1 2028, run an explicit “flex is no longer charity” campaign at Swedish DSOs. TOTEX + lösningsneutralitet materially changes DSO willingness-to-pay; SWITCH must be the vendor that owns the narrative.
• Energiföretagen / Ei deeper participation. Working group leadership on FSP-side standardization (multi-market dispatch obligation conflicts, priority-of-call rules between LFM-h/p and LFM-e).

Year 2 success criteria.

• 3 DSO contracts total (E.ON + 2 external).
• LFM-h/p/e default across all markets.
• 20+ active FSPs; V2027/28 activation volume 3–4× V2025/26 baseline.
• First outcome-based pricing pilot signed.
• FIS interop live (either as feeder or direct interop).

Year 3 (H2 2028 – H1 2029): Scale, Differentiate, Optionality

Strategic goal. 5 DSOs live on SWITCH; BSP-integrated FSP product; outcome-based pricing operational; Nordic expansion option preserved.

Engineering deliverables.

• BSP-aware settlement. With the BSP role opening in 2028, SWITCH must support FSPs clearing FCR-D/mFRR as independent BSPs and submitting LFM bids on overlapping resources. Value-stacking across Svk balancing markets + local flex becomes a first-class feature.
• Forecast-as-a-service productized. Bundled option for external DSOs that lack in-house grid-state forecasting. Not a standalone sale (the data access barrier is real), but a credible upsell on SWITCH contracts.
• Production-side and implicit-flex coupling. Extend Halland-style summer production markets to additional areas; couple with the new effekt-tariff model’s implicit signals (RP5 tariff reform 2027–2028).
• Nordic product localization (optional, conditional). If year-2 execution is clean and E.ON Group signals investment appetite, build Norway + Finland regulatory mappings. Otherwise defer to 2029.

BD deliverables.

• 5 DSO contracts live. E.ON + 4 external; ARR line in the 10–15 MSEK range inside E.ON.
• Aggregator-led FSP growth. 30+ active FSPs; target 1.5–2 GWh winter activation across the SWITCH footprint.
• Outcome-based pricing live on 2 contracts. RP5 is in force; TOTEX lösningsneutralitet removes the CAPEX-bias headwind; DSO willingness-to-pay shifts.
• One lighthouse EU reference. BeFlexible-successor or direct EC-commissioned project with SWITCH as named operator; positions SWITCH in the EU FIS/NC DR Art. 43–44 reference architecture.

Year 3 success criteria.

• 5 DSO customers.
• FSP count 30+, activation volume 1.5–2 GWh winter.
• 2 outcome-based contracts live.
• Nordic expansion readiness (go/no-go decision by end Q4 2028).

Team allocation (5 BD + 5 SWE)

The team shape must match the plan. Each role owns a clearly defined outcome; handoffs between BD and SWE are explicit.

Software engineers

Why these five and not others. The team deliberately has no dedicated security engineer, no DevOps specialist, no dedicated frontend — these are absorbed by SWE-1 through SWE-5 or outsourced to E.ON Group shared infrastructure. The one domain-specific hire missing from this list is a cybersecurity / beredskapsflexibilitet engineer (per ER 2025:35 and the Art. 24 IA); if E.ON Group can second one in year 2, that slot comes from SWE-4’s scope, not as an 11th hire.

Business developers

Balance of effort. In year 1, the effort center is BD-3 + BD-4 (regulatory + governance) and SWE-1 + SWE-2 + SWE-3 (multi-tenancy + products + FIS). In year 2, the center shifts to BD-1 + BD-2 (external DSOs + FSPs) and SWE-4 + SWE-5 (FSP product + counterfactual measurement). In year 3, BD-5 + SWE-4 lead the BSP and Nordic optionality work.

One specific hire to prioritize. BD-3 (Regulatory Sweden) is the highest-leverage role in year 1 and likely the hardest to fill. The candidate profile is someone who has worked inside Ei, Energiföretagen, or a Swedish DSO’s regulatory team, with NC DR-level EU regulatory fluency. Do not start year 1 without this person.

Pros and cons of the recommended path

Pros.

1. Turns SWITCH’s sunk cost into growth leverage. 6 seasons of operational data, TFT forecasting, SUSIE integration, DIS procurement — none of this exists elsewhere. With neutrality governance wrapped around it, this becomes the strongest product in the Swedish market.
2. Regulatory timing is favorable. NC DR forces 150+ DSOs toward market-based flex by 2028; most cannot build in-house; SWITCH becomes the pragmatic answer.
3. TOTEX / RP5 removes the primary revenue headwind from January 2028. Year-3 commercial traction rides this tailwind.
4. E.ON anchor contract funds the team. Unlike a new entrant, SWITCH has guaranteed volume and revenue from day one. The 10-person team does not need external funding.
5. Option value on Nordic expansion is preserved without funding it prematurely.
6. Defends against NODES by neutralizing the one argument NODES has (independence) while retaining all of SWITCH’s advantages.

Cons.

1. Neutrality governance is politically hard inside E.ON. Losing direct ownership of the SWITCH backlog is a real cost for E.ON Energidistribution’s operational team. Senior sponsorship is non-negotiable.
2. Product complexity grows. Each external DSO brings variation (forecast integration, VTN variant, tariff structure, product mix). A 5-SWE team can handle this at 5 DSOs but not 15 without re-staffing.
3. Sales motion is new. SWITCH has never been sold externally at scale. Year 1’s single pilot contract is the most important de-risker; if it slips, year 2 targets cascade.
4. Outcome-based pricing is contingent on RP5 materializing as designed. If TOTEX lösningsneutralitet weakens in Ei’s October 2027 final decision, the year-3 commercial model needs rework.
5. FSP-side product is execution-risky. It competes with FSP in-house tooling (aggregators building their own multi-market systems) and requires BRP-aware scheduling that is non-trivial.

Risks and mitigations

Rewards

Base case (plan executes cleanly).

• End-2028: 5 DSO customers, 30+ FSPs, 1.5–2 GWh winter activation, 10–15 MSEK external ARR, 2 outcome-based pricing contracts.
• Strategic position: SWITCH is the Swedish reference NC DR-compliant platform; E.ON Group has a defensible platform business inside its distribution arm; Nordic expansion is a real option.
• Defensive: NODES remains boxed into Göteborg; no new entrant wins share in Sweden 2026–2028.

Upside case (RP5 lands strongly, BSP on time, Nordic go in 2028).

• End-2028: 6–8 DSO customers across Nordics, 40+ FSPs, outcome-based pricing as primary commercial model, 20+ MSEK ARR.
• Strategic position: SWITCH is the leading Nordic flex platform; acquirable or carveout-able as a standalone E.ON Group platform business.

Downside case (neutrality governance contested, one year of delay).

• End-2028: 2 DSO customers (E.ON + 1 external), FSP growth stalled at 15, no outcome-based pricing yet.
• Strategic position: SWITCH is defensible at E.ON but has not displaced NODES. Re-plan required; not catastrophic.

What to avoid

Several tempting moves would undermine the plan. These are not hypothetical — they are the paths an incumbent platform typically takes and they do not work here.

• Do not treat LFM-h/p/e as a rebrand of ST/TO/DO. The semantic mapping is close but not identical (minimum bid, compensation model structure, dispatch obligation). A superficial mapping will produce an Ei certification rejection. Do the product work properly.
• Do not extend SWITCH externally before neutrality governance is in place. Signing an external DSO on current governance creates a regulatory liability that is harder to unwind later. The sequencing is: governance → product → sales.
• Do not chase head-to-head replacement of NODES at Effekthandel Väst. Göteborg Energi Nät has 4 seasons of NODES operation, a world-first V2G delivery, and operational familiarity. The switching cost is 5+ MSEK and the revenue upside is small. Target DSOs without an incumbent instead.
• Do not under-invest in FSP growth. If FSP count stays at 10, the platform is not a market; it is a queue. FSP-side product + aggregator partnerships are not optional.
• Do not build the forecast product as a standalone SaaS. The data-access constraints documented in the new-entrants playbook apply to SWITCH too. Bundle forecast with market platform; don’t sell it alone.
• Do not wait out the FIS specification. The direction is known from NC DR Art. 24–28. Build on the known 80% and adapt the 20%; waiting cedes the positioning window to NODES or a new entrant.
• Do not overfund Nordic expansion before Sweden execution is proven. Year 1–2 is a Sweden-first plan. Year 3 is a go/no-go on Nordic based on Swedish execution evidence.
• Do not price on transaction volume. At V2025/26 activation scale, transaction fees cannot fund the team. Infrastructure pricing + outcome-based pricing are the viable models.
• Do not rebuild SWITCH from scratch to be “NC DR native.” The right move is incremental migration: CIM data layer alongside existing APIs, LFM-h/p/e alongside ST/TO/DO, FIS interop as an adapter. A rewrite costs 18 months and misses the window.

The underlying strategic insight

SWITCH’s strategic choice is whether to be E.ON’s internal platform that some other DSOs also use, or Sweden’s neutral platform that E.ON happens to anchor. Those two postures require different governance, different engineering, and different commercial models. The second is harder to execute but is the only one that survives NC DR, FIS, and RP5.

A 10-person team can make that transition in three years if the sequencing is right: neutrality first, product standardization second, external customers third. The product advantage SWITCH has built over 2019–2025 is the moat. What has been missing is the wrapper — governance, commercial model, FSP side, FIS readiness — that turns the moat into growth. Three years of focused execution closes that gap.

The alternative is that NODES or a new entrant closes it instead, and SWITCH becomes a well-built captive tool in an open market. The team exists; the regulatory window is open; the product is two-thirds of the way there. The work is to finish it.

Related pages

• SWITCH — the platform
• E.ON Energidistribution — the anchor customer
• Flexibility Platform Strategy — A Playbook for New Entrants — the counterpart playbook from the outside
• NC DR Implementation in Sweden — What Changes and for Whom — the regulatory map SWITCH is aligning to
• Network Code on Demand Response — the forcing function
• TSO-DSO Coordination — The Central Design Problem — BSP / value-stacking context
• Why Swedish Local Flex Markets Are Thin — Structural Causes — why FSP-side investment is non-optional
• DSO Flexibility Valuation — Methods and Swedish Evidence — outcome-based pricing grounding
• Vattenfall vs E.ON — DSO Approaches to Flexibility — why external Swedish DSOs are reachable for SWITCH but not for generic platforms
• Elmarknadshubb — the FIS context
• OpenADR — the villkorade avtal protocol layer

Data gaps

• SWITCH current licensing terms — whom has E.ON licensed to; at what price; on what governance
• Internal E.ON Group appetite for spin-out-lite governance of SWITCH
• Exact Swedish NC DR T&C positioning from Ei (drafting started November 2025; published positions as of April 2026)
• Datahanteringsverktyg scope — whether FIS will be open to third-party platform feeders or mandated as single utility
• Realistic external DSO pipeline — which mid-tier DSOs are open to SWITCH procurement vs. a build-in-house path
• Current aggregator multi-market economics — revenue split between FCR-D/mFRR and local flex at portfolio level for the top 5 Swedish aggregators
• SWITCH/NODES commercial benchmark — comparable pricing to anchor the infrastructure-fee target
• RP5 final TOTEX coefficient design (Ei October 2027 decision) — determines outcome-based pricing feasibility