Best Solar Software in Spain: Top 10 Stack for 2026

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Before you book a demo, write down which of the six layers cost you the most hours last month. Most instaladores buy a design tool to solve an administration problem and stay exactly as busy.

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The Six-Layer Autoconsumo Ledger

This is our own scoring frame and it takes an afternoon. Score each candidate platform one point per layer it covers to a professional Spanish standard, then weight the result by Spanish depth: REBT handling, RD 244/2019 awareness, reparto capability, Verifactu readiness, Spanish-language output and transparent euro pricing.

1. Design and simulation to a standard the distribuidora’s technical reviewer and your own electrician will both accept.
2. Legalisation document management with version control, per-community checklists and a searchable archive.
3. Monitoring with production data, alerting and a performance record you can produce four years later.
4. Autoconsumo colectivo administration with hourly coefficients summing to one, per-participant settlement and clean participant changes.
5. Facturacion and CRM with Verifactu-compliant invoice records and Spanish IVA treatment.
6. Field operations with work orders, technician scheduling and a service history against the asset.

Layer coverage out of six: SurgePV 4, Huawei FusionSolar 1, CYPE 2, Bamboo Energy 2, PVsyst 1, SolarEdge Monitoring 1, Holded 2, STEL Order 2, dmELECT 2, Datadis 1. Coverage does not decide the ranking on its own. A product that owns one layer completely, as PVsyst does on bankable yield and Datadis does on official consumption curves, is worth more to the right firm than a platform that covers four layers adequately.

The Top 10 Solar Software Platforms in Spain

Pricing is 2026 and annualised in euros, with US list prices converted at roughly €0.91 per US dollar. Several of these vendors negotiate above five seats, so ask for a written euro quote rather than trusting the website.

1. SurgePV

What it does best. Compressing four layers into one licence. Type a Spanish address, get an AI-built 3D roof from satellite imagery in about a minute, place modules with setbacks applied, run the 8,760-hour module-level simulation for P50, P75 and P90 yield with Spanish summer cell temperatures modelled honestly, apply RD 244/2019 self-consumption with or without excedentes and the compensacion simplificada cap, then produce both the white-label Spanish presupuesto and the REBT-labelled single-line diagram and BOQ your electrician needs. Hourly reparto coefficients can be defined for a colectivo at design stage, which is where most tools stop being useful.

Real pricing. About €1,725 (US$1,899) per user per year on Individual, €1,180 (US$1,299) per user per year on the 5-User Team plan, so €5,900 for five seats. Enterprise quoted. Free trial with no card.

Who it suits. Instaladores, ingenierias and EPCs doing five or more projects a month, and any firm mixing residential rooftops with naves industriales where self-consumption modelling decides the sale.

Honest limitations. SurgePV does no monitoring at all, so the twenty-year layer is always someone else’s product. It cannot invoice, and it has no Verifactu record chain, so it can never be your facturacion system in Spain. Reparto coefficients can be defined at design time but there is no ongoing settlement engine: it will not compute what each of nineteen participants owes for June, and it will not process a neighbour moving out in September. It does not manage the legalisation file, so the memoria tecnica bundle still lives in a folder structure. There is no work order or technician scheduling module. Brand recognition against CYPE inside a Spanish ingenieria is thin, and Spanish-language templates, while complete, occasionally read as translated rather than native.

2. Huawei FusionSolar

What it does best. Monitoring the Spanish installed base, because Huawei has an unusually large share of Spanish rooftop inverters and the portal comes free with the hardware. Per-plant production, string-level current comparison, alarm management, optimiser-level diagnostics where Huawei optimisers are fitted, an installer fleet view and a homeowner app that absorbs a real share of support calls. It also handles multi-site portfolio grouping well enough that a small O&M business can run on it without paying anything.

Real pricing. Free with Huawei hardware for standard monitoring. Advanced O&M and reporting tiers are licensed per plant on request.

Who it suits. Any Spanish installer whose fleet is mostly Huawei SUN2000, which describes a very large slice of the market.

Honest limitations. Hardware locked. A six-year-old installer with Huawei, SolarEdge, Fronius and Growatt across the fleet ends up with four portals, four alert formats and no single view. No design, no proposals, no work orders, no invoicing. Reporting granularity for a commercial performance guarantee is thinner than a dedicated O&M platform, and data export for a formal warranty claim takes more effort than it should.

3. CYPE

What it does best. Spanish technical documentation, which is a different job from design. CYPE, from Alicante, is the tool that Spanish ingenierias and technical offices already own, and CYPELEC REBT produces the low-voltage electrical calculations and the documentation set that a Comunidad Autonoma reviewer recognises without argument. Paired with Arquimedes for measurements and budgets, it turns an installation into a document package that fits Spanish professional practice rather than a rendering.

Real pricing. CYPE sells on an annual subscription that renews automatically each year unless cancelled 30 days before expiry. CYPE publishes CYPE one at €64 per user per month on GO, €89 on PRO and €125 on MAX, all paid annually. CYPELEC PV Systems and CYPE PV Systems are bundled into the PRO and MAX tiers rather than sold at a published standalone price; the per-product price list on the CYPE shop is password protected, so treat any standalone module figure as unverified.

Who it suits. Ingenierias, technical offices and any installer whose projects need a signed proyecto rather than a memoria tecnica.

Honest limitations. It is not a solar platform. No satellite roof capture, no 8,760-hour PV yield engine of the class PVsyst or SurgePV provide, no customer-facing presupuesto worth sending, no CRM, no monitoring and no colectivo settlement. The interface is dense and the learning curve is real. Module-based pricing makes the true annual cost genuinely hard to compare until you have a quote in hand.

4. Bamboo Energy

What it does best. The layer nobody else touches. Bamboo Energy, out of Barcelona, sits in the small category of Spanish platforms built for managing energy communities and flexible demand rather than designing arrays: participant registers, coefficient management, energy allocation from measured curves and the settlement outputs that let someone bill a colectivo month after month. When your colectivo has nineteen participants and two of them changed in March, this is the category of product that keeps the arithmetic defensible.

Real pricing. Quoted per community and commonly per participant, frequently landing in the range of €1 to €3 per participant per month with a platform fee on top. Expect €1,500 to €6,000 a year for a portfolio of a few communities.

Who it suits. Instaladores who have moved from selling colectivos to operating them, plus gestoras energeticas and comunidades energeticas that need the monthly settlement to survive scrutiny.

Honest limitations. No design, no simulation, no proposals. It presumes the community already exists, so it does nothing for the sales cycle that creates one. Pricing is opaque until you talk to them. For a firm running a single small colectivo, a carefully built spreadsheet plus Datadis curves is genuinely cheaper, and pretending otherwise would be dishonest.

5. PVsyst

What it does best. Bankability. When a Spanish bank, an insurer or a technical advisor wants an independent view on a 30 MW plant in Extremadura, the PVsyst loss diagram is the document named in the term sheet. Near-shading and loss modelling are well documented and hold up under technical due diligence in a way no cloud sales tool does yet.

Real pricing. Roughly €700 to €1,000 per licence per year depending on version and term.

Who it suits. Independent engineers, technical due diligence teams and utility-scale developers producing yield reports for debt or equity.

Honest limitations. Desktop only, steep learning curve, no proposal layer, no CRM, no Spanish document templates and no permitting output. It is a physics tool, not a business tool, and reading the output correctly is its own skill. Our PVsyst alternative guide covers when a lender genuinely requires it and when they do not.

6. SolarEdge Monitoring

What it does best. Module-level visibility on shaded Spanish roofs, which are common in dense urban housing and old town centres. Per-optimiser production data means a failing module is identified as a module rather than as a vaguely underperforming string, and mySolarEdge gives the homeowner enough visibility to stop calling you every cloudy week.

Real pricing. Included with the hardware, with no recurring monitoring fee for standard use.

Who it suits. Residential installers standardised on SolarEdge, particularly anyone whose typical roof has chimneys, neighbouring buildings or a tiled hip that makes strings awkward.

Honest limitations. Same hardware lock as Huawei. No design, no proposals, no dispatch, no invoicing. Portfolio-level reporting for commercial O&M contracts is adequate rather than strong, and if half your fleet is another brand it solves half your problem.

7. Holded

What it does best. The Spanish commercial spine, including the part that is now a legal obligation. Holded is a Spanish cloud business platform with quoting, invoicing, IVA handling, expenses, banking and a light CRM, and it has moved with the Verifactu invoicing requirements rather than treating them as a foreign edge case. For an instalador whose facturas currently come out of a spreadsheet template, this is the layer where compliance risk actually sits.

Real pricing. Roughly €15 to €50 per user per month by tier, so about €1,000 to €3,000 a year for five users.

Who it suits. Installers past roughly five employees whose quoting, invoicing and bookkeeping have drifted into three different places.

Honest limitations. It knows nothing about solar. No kWp, no string sizing, no excedentes, no yield. The quote it produces is a line-item document, not a designed system, so the engineered number still lives in your design tool and the two can drift. Setup takes configuration effort and usually a gestor who knows your accounts. Compare selection criteria in this solar CRM buyers guide before you commit.

8. STEL Order

What it does best. Field operations for Spanish trades. Work orders, technician scheduling, mobile app signature capture on site, parts and stock against the job, and the maintenance contract structure that an O&M business needs once it is servicing several hundred systems. Spain’s installed base is now old enough that service revenue is a real business line rather than a nuisance, and this is the layer that makes it profitable.

Real pricing. Roughly €25 to €45 per user per month, so about €1,500 to €2,700 a year for five users.

Who it suits. Installers running two or more crews, and anyone whose O&M contracts have outgrown a shared calendar.

Honest limitations. It knows nothing about photovoltaics. No design, no string data, no monitoring integration, so an alarm in FusionSolar does not become a work order without a manual step. Commissioning records are generic attachments rather than structured PV data, which means you build the checklists yourself.

9. dmELECT

What it does best. The other Spanish technical documentation incumbent, and often the cheaper one. dmELECT’s electrical calculation and documentation modules produce REBT-compliant low-voltage calculations, schematics and the memoria set for a Spanish legalisation file, with a workflow that Spanish technical staff learned at school. For a small ingenieria that needs the paperwork right and does not need CYPE’s full building suite, it is a rational purchase.

Real pricing. Not publicly listed. dmELECT states in its own FAQ that the licence is perpetual and that updates and support come from an optional maintenance contract at €160 plus IVA a year on a two-year commitment, but it publishes no purchase price for the modules on its own site. Any per-module figure you see quoted comes from colegio de ingenieros group offers, not from dmELECT.

Who it suits. Small ingenierias and instaladores producing their own memorias tecnicas and certificados rather than outsourcing them.

Honest limitations. Windows desktop, limited collaboration, no cloud project sharing, no satellite roof capture, no PV yield engine, no CRM, no monitoring. The interface shows its age. Like CYPE, it is a documentation tool that sits beside a design tool rather than replacing one.

10. Datadis

What it does best. Being the free, official source of the one dataset every Spanish self-consumption calculation depends on. Datadis is the distributor-run platform that gives access to hourly consumption curves for a supply point with the consumer’s authorisation, which is the difference between sizing a system from twelve monthly bill totals and sizing it from 8,760 real hours. For a colectivo it is more than useful, it is close to mandatory, because the reparto conversation is impossible without knowing when each participant actually uses power.

Real pricing. Free.

Who it suits. Every Spanish installer, without exception, and especially anyone quoting colectivos or batteries.

Honest limitations. It is a data source, not a platform. No design, no modelling, no proposals, no billing. Consumer authorisation is required for each supply point, the interface is functional at best, and bulk retrieval for a nineteen-participant community is tedious without an integration. Data availability occasionally lags, which is awkward when a customer is waiting on a quote.

All 10 Compared: Layer, Euro Price and Best Fit

The layer column matters more than the price column, because most of these products do not compete with one another at all.

#	Platform	Annual cost (EUR, 5 users)	Layers covered	Key capability	Best for
1	SurgePV	€5,900	Design, simulation, proposals, plan sets	Address to REBT drawing to presupuesto in one model	Instaladores and EPCs doing 5+ projects a month
2	Huawei FusionSolar	Not publicly listed	Monitoring	String-level fleet data on the dominant Spanish inverter	Huawei-standardised installers
3	CYPE	CYPE one €64 to €125 per user per month, paid annually	Documentation, calculations	REBT documentation a CA reviewer accepts	Ingenierias signing proyectos
4	Bamboo Energy	€1,500 to €6,000	Colectivo administration, settlement	Coefficient management and per-participant settlement	Operators of live autoconsumo colectivo
5	PVsyst	CHF 700 per user per year (Professional)	Simulation	Lender-recognised bankable yield reports	Independent engineers, utility scale
6	SolarEdge Monitoring	Free with hardware	Monitoring	Module-level data on shaded urban roofs	SolarEdge-standardised residential
7	Holded	€1,000 to €3,000	Facturacion, CRM	Verifactu-ready invoicing and Spanish IVA	Installers past five employees
8	STEL Order	€1,500 to €2,700	Field ops, O&M	Work orders and maintenance contracts	Installers running 2+ crews
9	dmELECT	Not publicly listed; maintenance €160 + IVA a year	Documentation, calculations	Cheaper REBT memoria and schematic production	Small ingenierias doing their own paperwork
10	Datadis	Free	Consumption data	Official hourly curves per supply point	Everyone, especially colectivo and battery quotes

Verdict. Buy against the layer that is bleeding hours, not against feature counts. Drawings and presupuestos slow? SurgePV. A lender naming a report? PVsyst. Legalisation files stuck in review? CYPE or dmELECT. A colectivo you now have to settle every month? Bamboo Energy. Facturas held together by a template? Holded, and treat it as a compliance purchase.

Autoconsumo Colectivo Is a Software Category, Not a Feature

This is the part of the Spanish stack that genuinely does not exist in a single-meter market, and it is where firms discover too late that they sold a twenty-year administrative obligation for a one-off installation fee.

A collective self-consumption arrangement under RD 244/2019 puts one generation facility behind one CAU code and divides its output across multiple supply points using reparto coefficients. Those coefficients must sum to one for every hour of the year. They can be fixed or, since the rules were relaxed, dynamic and hourly, which is far better for a mixed building where an office consumes at midday and the flats consume at night. The distribuidora applies the coefficients when it settles each participant’s bill, and any change to the participant list requires a fresh signed agreement and a fresh coefficient submission.

That produces four recurring jobs no design tool performs:

1. Coefficient design and revision. Getting the split right at the start using measured hourly curves, then revising it when consumption patterns change, when a participant adds an electric vehicle, or when the building’s use changes.
2. Participant churn. People sell flats, businesses close, new neighbours join. Each change means agreement paperwork, a coefficient recalculation that still sums to one, and a submission that the distribuidora accepts.
3. Per-participant settlement and communication. Nineteen households each want to know what they saved, and the answer sits between their own bill, the generation record and the coefficient table. Doing this by hand is roughly one working day a month per community.
4. Dispute evidence. When one participant believes they are subsidising another, you need the hourly generation, the coefficient history and the allocation record. A spreadsheet that has been edited forty times is not evidence.

Three or four communities is where a spreadsheet stops being tenable and a platform like Bamboo Energy, or a gestora who runs one, becomes the cheaper answer. Below that, Datadis curves plus a disciplined workbook genuinely works, provided one named person owns it.

Sizing a system or checking a payback? Try our solar calculator for a quick estimate, then talk to our engineering team about the design behind the number.

Legalisation Is Document Management, Not Design

The second uniquely Spanish layer is the file. Getting a system energised in Spain means clearing the distribuidora on one side and the Comunidad Autonoma’s industry department on the other, and the second of those is a document workflow that differs by region.

The bundle typically includes the memoria tecnica de diseno for smaller installations or a signed proyecto above the thresholds, the certificado de instalacion electrica issued by the registered installer, the declaracion responsable or the corresponding regional submission, the CAU assignment, the technical datasheets and conformity declarations, and the correspondence with the distribuidora that eventually produces the connection acceptance. Andalucia, Cataluna, Madrid and Valencia each run their own portals, their own forms and their own review pace, and the CNMC sits over the connection rules that all of them inherit.

There is no Spanish product that automates this end to end, and anyone claiming otherwise is selling a roadmap. What does work is treating it as document management with a per-community checklist inside whatever project tool you already run. Three habits separate firms that get energised in weeks from firms that get energised in months:

1. One folder structure per project, applied without exception, with the region’s own checklist pinned at the top so a missing anexo is visible before submission rather than after rejection.
2. Named ownership per file. A legalisation file with no owner sits still. In our experience across large project volumes, the single biggest schedule variable in permitting is not the reviewer, it is whether one person is accountable for chasing it.
3. Structured commissioning capture in the field tool. String test values, insulation readings, inverter settings and photos held against the asset, so the certificate and the eventual warranty argument both draw on the same record. Our note on how to monitor solar generation covers what to capture at handover.

Monitoring and O&M: Spain’s Largest Under-Bought Layer

Spain has a very large installed base and much of it is now old enough to fail in interesting ways, which turns monitoring from a nice handover gift into a revenue line.

The inverter brand decides most of it. Huawei, SolarEdge, Fronius and Growatt cover a dominant share of Spanish rooftop installs, and every one of them ships a capable portal free with the hardware. For a single-brand residential fleet that is genuinely sufficient and paying for a hardware-agnostic platform would be waste. The problem arrives with history: an installer six years in typically has Growatt on the early price-sensitive jobs, SolarEdge where shading demanded optimisers, Huawei on the volume years and Fronius on the commercial roofs. Four portals, four alert formats, no fleet view, and a service department losing a day a week to logins.

The trigger for buying a hardware-agnostic platform is commercial rather than technical. It is usually one of three things: a performance guarantee you have to prove, an O&M contract you have signed, or a service headcount you can no longer justify. Below that threshold, stay on the free portals and spend the money on field operations instead.

What to insist on for Spanish O&M specifically:

1. Heat-aware performance expectations. A plant in Sevilla in August is not underperforming because output dipped at 15:00. Alerting that does not understand temperature derating will send you on truck rolls you did not need.
2. String-level comparison, not just zero-output alarms. The difference between catching a failing connector in week two and finding it at the annual visit.
3. Soiling awareness. Dust and agricultural dry seasons in the south make cleaning a schedulable, measurable intervention rather than a guess. This annual maintenance checklist is a reasonable starting template to adapt.
4. Ticket continuity into the field tool. The alarm has to become a scheduled visit with parts attached, which is exactly where STEL Order earns its licence next to a free monitoring portal. The direction of travel on automated detection is covered in why AI is the future of solar operations and maintenance.

Facturacion, IVA and Verifactu

This is the layer where a Spanish installer’s software choice stops being a preference and becomes a legal question, which is why imported solar CRMs struggle here.

Spain’s anti-fraud invoicing framework requires billing systems to produce invoice records that are complete, traceable, unalterable and verifiable, with the Verifactu route sending records to the Agencia Tributaria at the moment of issue. The practical consequence is that your invoicing tool has to be a system the tax authority recognises, not a spreadsheet template or a PDF generator bolted onto a proposal tool. A design platform that produces a beautiful presupuesto is not an invoicing system and should never be treated as one.

Two more Spanish financial specifics shape the stack. IBI and ICIO rebates are municipal, which means the saving in a proposal depends on the ayuntamiento and not on national policy, so any tool with one national incentive field will misstate it. And compensacion simplificada de excedentes can reduce the energy term of a bill to zero but never the fixed access and power terms, which caps how far it pays to oversize a residential array. A financial model that ignores that cap sells systems that never pay back as promised, and the customer discovers it in month three.

The Stack a Spanish Installer Should Actually Buy

Layer coverage is theory. Here is the prescription by business type, in euros. Every one of these is two or three paid licences, not one and not six.

1. Solo instalador, up to 3 jobs a month. One SurgePV seat for design and presupuestos, the inverter brand’s free portal for monitoring, Datadis for consumption curves and a basic Holded plan for facturas. Two paid licences, roughly €1,200 to €2,000 a year. Do not buy a field tool yet, and do not sell a colectivo until you have priced the settlement work.
2. Residential installer, 10 to 20 jobs a month, two crews. SurgePV five seats for design, simulation and presupuestos, STEL Order for work orders and service visits, Holded for facturacion and Verifactu, plus free inverter monitoring. Three licences, roughly €8,400 to €11,600 a year. This is the most common Spanish shape and the field tool is the one that visibly changes the week.
3. Ingenieria producing signed proyectos. SurgePV for design, simulation and client documents, CYPE or dmELECT for REBT calculations and the legalisation set, PVsyst when a lender names it. Two to three licences, roughly €7,700 to €8,100 a year if the documentation seat is CYPE one PRO at €89 a month paid annually; dmELECT publishes no purchase price, so that route has to be quoted. The documentation tool is not optional here and the design tool is not a substitute for it.
4. Autoconsumo colectivo specialist. SurgePV for design and the coefficient proposal, Bamboo Energy or an equivalent gestora platform for ongoing settlement, Holded for invoicing participants and STEL Order for the site visits. Three to four licences, roughly €10,000 to €16,000 a year. This is the only shape where a fourth licence is genuinely justified, because the settlement work is continuous and unglamorous.
5. O&M-heavy business on a large installed base. STEL Order as the operational centre, a hardware-agnostic monitoring platform once performance guarantees are in play, Holded for contract billing and a single SurgePV seat for the retrofit and repowering work that arrives with every service call. Three licences, roughly €6,000 to €12,000 a year plus per-plant monitoring fees.

The pattern is consistent. Design and proposals is the layer worth consolidating into one licence, because splitting it costs both money and number consistency. Monitoring stays free until a contract obliges you to buy it. Administration, invoicing and field work are bought from Spanish vendors who understand IVA, Verifactu and the way a Spanish gestor works, not from whoever sold your design tool.

Pros and Cons: Standardising on SurgePV in Spain

SurgePV wins this ranking on bundled layer coverage and euro cost of ownership. It loses on monitoring, which it does not do at all, on ongoing colectivo settlement, on Verifactu-compliant invoicing, on legalisation file management, on field dispatch, and on Spanish brand tenure against CYPE. Those are gaps rather than caveats. Any vendor claiming all six Spanish layers is describing a roadmap.

How Heaven Green Energy Helps

Heaven Green Energy has delivered more than 10,000 solar installations with an in-house design and engineering team, so we judge software as operators rather than reviewers. Our test for the best solar software in Spain is whether the number that reaches the customer survives the engineer, the distribuidora, the reviewer and the customer’s first full year without changing. That test is why bundled design and proposal platforms rank first here, and why we treat monitoring, invoicing, settlement and field operations as separate purchases rather than checkboxes on a feature grid.

• Solar EPC services for turnkey design, supply and installation with performance guarantees.
• Commercial solar for 10 to 100 kW systems with full financial modelling.
• Industrial solar for 100 kW and above with bankable yield reporting.
• Heaven Designs solar design software resource centre for the engineering-services view of the same tools.

Neutral market context for a board paper comes from the International Energy Agency and IRENA country profiles, with Spanish policy detail from IDAE.

Related Country and Global Software Guides

• Solar Design Software Spain 2026: Top 10 Tools Ranked
• Best Solar Proposal Software in Spain
• Best Solar Software in Germany: The Top 10 Stack
• Best Solar Software in the UK
• Solar Design Software 2026: 7 Tools Compared
• Best Solar Design Software: The Global Ranking
• Solar Proposal Software Compared

Compare Other Markets and Tool Categories

• Best solar the full software stack in Italy
• Best solar the full software stack in France
• Best solar the full software stack in the Netherlands

Frequently Asked Questions

What is the best solar software in Spain in 2026?

SurgePV ranks first for most Spanish instaladores at about €1,180 per user per year on the 5-User Team plan, covering 3D design, 8,760-hour simulation, RD 244/2019 self-consumption modelling with the compensacion simplificada cap applied correctly, and REBT-labelled single-line diagrams in one licence. It does not cover monitoring, invoicing or collective self-consumption settlement, so a working Spanish stack adds the inverter brand’s free portal plus a Verifactu-ready tool such as Holded, and a colectivo operator adds a settlement platform on top.

How many software tools does a Spanish solar installer need?

Two or three for almost every business shape. A bundled design and proposal platform is the core purchase because splitting design from proposals costs money and lets the engineered number drift from the sold number. Add a Verifactu-ready invoicing tool, which is a compliance requirement rather than a preference. Add a field operations tool once you run more than one crew. Monitoring stays free with the inverter until a performance guarantee or an O&M contract forces a hardware-agnostic platform.

How much does a Spanish solar software stack cost per year?

A five-person installer commonly lands between €7,000 and €11,600 a year. Five SurgePV seats are €5,900. Holded runs about €1,000 to €3,000 for five users and STEL Order about €1,500 to €2,700. CYPE one is €64 to €125 per user per month paid annually, and dmELECT publishes no purchase price, only a €160 plus IVA annual maintenance contract. PVsyst Professional is CHF 700 per user per year on an annual subscription, quoted by PVsyst in Swiss francs. Huawei publishes no price for FusionSolar, SolarEdge monitoring comes with the hardware, and Datadis costs nothing. A colectivo specialist adding a settlement platform reaches €10,000 to €16,000.

What software manages autoconsumo colectivo in Spain?

Design tools including SurgePV can define hourly reparto coefficients at the proposal stage, but the ongoing work is a different category. Coefficient revision, participant joiners and leavers, per-participant settlement and dispute evidence are handled by energy community management platforms such as Bamboo Energy, or by a gestora energetica running one on your behalf. Below about three communities, official Datadis hourly curves plus a disciplined workbook with one named owner is genuinely adequate and much cheaper.

What solar monitoring software is standard in Spain?

The inverter brand decides it. Huawei FusionSolar, SolarEdge Monitoring, Fronius Solar.web and Growatt’s portal cover most Spanish rooftop installs and come with the hardware, though Huawei publishes no price list for FusionSolar, which makes them the correct default for a single-brand fleet. Mixed fleets built up over several years end up with four portals and no fleet view. That is the point at which a hardware-agnostic platform becomes worth its licence, usually triggered by a performance guarantee or a signed O&M contract rather than by preference.

Does solar software need to handle Verifactu?

Your invoicing software does, and your design software does not. Spain’s anti-fraud invoicing rules require billing systems to produce unalterable, traceable and verifiable invoice records, with Verifactu submitting them to the Agencia Tributaria as they are issued. A presupuesto generated by a design platform is a commercial document, not an invoice, so it falls outside that chain. Keep invoicing in a Spanish tool that states its compliance position clearly, and confirm your own deadline with your gestor.

Is CYPE still necessary if I use a cloud design platform?

Often yes, and this is where cloud platforms genuinely lose. CYPE and dmELECT produce the REBT calculations, schematics and memoria documentation that a Comunidad Autonoma reviewer and a signing engineer recognise without discussion. A cloud design platform produces a superior array layout, yield model and customer document, but not that documentation set in that format. Firms that sign proyectos usually run both, and treat the overlap as the cost of clearing two different audiences.

Does any solar software cover the whole Spanish stack?

No. Design platforms including SurgePV stop at commissioning. Monitoring portals know nothing about design. Documentation tools know nothing about yield modelling. Invoicing platforms know nothing about kWp. Collective self-consumption settlement is a category of its own that barely existed five years ago. The realistic target is two or three licences chosen by the layer that is costing you money, with design and proposals consolidated so the customer-facing number and the engineered number cannot separate.