Anyone shortlisting the best solar software in the Netherlands for 2026 is buying tools for a business model that has a fixed expiry date. The salderingsregeling, the net metering rule that made Dutch rooftop solar work for fifteen years, stops on 1 January 2027 in a single step rather than a taper. Until that date the meter runs backwards and a kilowatt-hour exported is worth a kilowatt-hour imported, energy tax included. After it, an exported kilowatt-hour is worth whatever your supplier pays minus whatever terugleverkosten they charge, and a kilowatt-hour used inside the house is worth the full retail price. That is not a tariff adjustment. It is a change in what a Dutch solar business sells, from a meter arrangement to an energy management outcome, and it should change what you buy. Our ranking puts SurgePV first at roughly EUR 1,180 (US$1,299) per user per year on the 5-User Team plan, and puts monitoring and home energy management higher in the list than any pre-2027 roundup would have done.
Direct answer. The best solar software in the Netherlands for 2026 is SurgePV at about EUR 1,180 per user per year on the 5-User Team plan (EUR 5,900 for five seats), covering 3D design, 8,760-hour simulation, a financial model that splits at 1 January 2027 with terugleverkosten as a real line item, NEN 1010 part 712 labelled plan sets and Dutch-language proposals in one licence. It does no monitoring, no battery control, no home energy management and no bookkeeping, so a Dutch installer pairs it with a monitoring or HEMS platform and with Exact Online or AFAS on the administrative side.
This is the whole-stack page. If you only want the engineering tool, our solar design software Netherlands ranking scores ten platforms on NEN 1010, flat-roof east-west layouts and shading. If the closing document is the problem, the best solar proposal software Netherlands guide covers the two-phase offerte, BTW reclaim and SDE++. Read this one if you are deciding what the whole toolset should be after saldering ends, and what it should cost in euros.
What the End of Saldering Does to the Software Question
Under saldering the software job was simple, and that simplicity is why Dutch stacks have historically been thin. Annual export netted against annual import, the customer paid the difference, and a design tool with an annual yield number could produce an honest quote. Monitoring existed to prove the system worked. Home energy management was a hobbyist purchase. Battery attach rates were low because there was very little for a battery to do when the grid already acted as a free, lossless, tax-refunded store.
From 1 January 2027 every one of those statements stops being true. The grid stops acting as a store. The value of a kilowatt-hour depends on the hour it is produced and whether anything in the house wants it. Terugleverkosten, the feed-in charges suppliers now levy, sit between the exported kilowatt-hour and the customer’s wallet. Dynamic contracts and hourly prices become worth optimising against rather than curiosities. Batteries, heat pumps, EV chargers and hot water cylinders become the things that decide the payback, and something has to coordinate them.
That is the strategic point this page exists to make. Monitoring and home energy management are no longer the layer you sell as an accessory. They are the layer that carries the value proposition after 2027, and a Dutch installer who has not chosen a HEMS position by then is selling a product whose payback they cannot control. The design tool still matters, but it has been demoted from the whole answer to the first third of it.
💡 Fast tip
Ask every vendor one question before 2027: what does your product do on 2 January 2027 that it does not do today? A design tool answers with a new financial toggle. A monitoring or HEMS vendor should answer with a roadmap, and if they cannot, they have not understood their own market.
Bring one of your own sites to a free SurgePV demo. We will build the 3D roof from a satellite address, run the 8,760-hour shading simulation, and hand you the SLD, BOQ and branded proposal on the call.
Book a free SurgePV demo → Compare pricingThe Post-Saldering Six-Layer Test
This is our own framework and it is deliberately weighted for what a Dutch business looks like from 2027 onward rather than what it looked like in 2020. Six layers, each scored on whether a platform covers it to a standard a Dutch firm can run on, then a weighted judgement on Dutch depth: NEN handling, saldering phase-out and terugleverkosten modelling, netcongestie awareness, Dutch-language output and euro pricing transparency.
- Design and simulation to a standard that survives an inspector and a constructeur, including flat-roof east-west rows with mutual shading and ballast.
- Proposals and sales with the two-phase cash flow at 1 January 2027, terugleverkosten, BTW treatment and SDE++ or EIA where they apply.
- Monitoring covering production data, fault alerting and the performance evidence behind a yield guarantee.
- Home energy management and control covering battery dispatch, dynamic tariff optimisation, EV and heat pump coordination and export limiting.
- CRM and pipeline covering leads, offertes, follow-up and, in the Netherlands specifically, the netcongestie connection queue.
- ERP, accounting and field operations covering purchasing, invoicing, project administration, crew planning and the Dutch bookkeeping norms your accountant expects.
Layer coverage out of six: SurgePV 2, Solar Monkey 3, HomeWizard 2, Huawei FusionSolar 2, Enphase Enlighten 1, gridX 1, Exact Online 1, AFAS Software 2, Teamleader Focus 2, meteocontrol VCOM 2. No platform covers more than three, and the two layers that will decide Dutch profitability after 2027, monitoring and control, are covered by nobody who also does design.
The Top 10 Solar Software Platforms in the Netherlands
Pricing is 2026, annualised, in euros, with US list prices converted at roughly EUR 0.91 per US dollar. Six of these ten are not design tools, which reflects where the Dutch stack is heading rather than where roundups have historically looked.
1. SurgePV
What it does best. Making one model produce every document a Dutch job needs, with the 2027 discontinuity built into the financial engine rather than bolted onto it. Enter an address, get an AI-built 3D roof, lay out flat-roof east-west rows with mutual shading and ballast estimation, run the 8,760-hour module-level simulation, then produce a cash flow that treats saldering as a rule ending on 31 December 2026 and the post-2027 redelivery rate as a separate input, with terugleverkosten as a monthly charge tied to export volume and the energy tax component split out so the customer can see exactly what disappears. Export capacity can be capped so a congested connection shows the clipping rather than hiding it. The NEN 1010 part 712 labelled single-line diagram and materiaallijst come from the same model as the offerte.
Real pricing. About EUR 1,730 (US$1,899) per user per year on Individual, EUR 1,180 (US$1,299) per user per year on the 5-User Team plan, so EUR 5,900 for five seats. Free trial, no credit card.
Who it suits. Installateurs and EPCs doing five or more projects a month, and teams selling residential alongside flat-roof C&I where the export cap decides the design.
Honest limitations. Five real ones, and they get worse rather than better after 2027. It does no monitoring at all, so the layer that carries the post-saldering value proposition is entirely absent. It does no home energy management and no battery dispatch, so it can model a battery’s benefit but cannot deliver it, which is an uncomfortable gap when the battery is what makes the payback work. It does not integrate with Exact Online or AFAS, so the offerte and the invoice live in different systems and somebody retypes. It has no netcongestie or connection-queue tracking, so a commercial pipeline waiting on transport capacity is managed elsewhere. And Dutch brand tenure is thin against Solar Monkey, which residential installers here have been closing deals in for years.
2. Solar Monkey
What it does best. Being Dutch, and covering three layers because of it. Built in Delft, Solar Monkey pulls Dutch address and building data, produces a residential layout and a Dutch-language proposal faster than any imported tool, and then continues past handover into monitoring with a yield guarantee product attached. That last part is the reason it belongs high in a stack ranking rather than only in a design ranking: it is one of very few vendors in this market that follows a system from quote to operation in one contract, which after 2027 is a structurally stronger position than a design-only tool.
Real pricing. Not a per-seat licence. Solar Monkey publishes a package price of EUR 525 per month including 50 projects, so about EUR 6,300 a year, with API integration a further EUR 95 per month. Paying quarterly adds 5 percent and paying annually adds 10 percent, and there is a 14-day trial. The per-project rate above the included 50 is not published.
Who it suits. Dutch residential installers running volume, and firms who want design, proposal and monitoring from one Dutch vendor with one support number.
Honest limitations. Residential-first. On a 500 kWp logistics roof with an export cap and a battery its engineering depth and reporting are thinner than a dedicated simulation tool, and lenders do not treat its output as a bankable yield report. There is no ground-mount capability and no full electrical design deliverable in the sense an inspector wants. Its market is essentially the Benelux, so a firm expanding into Germany needs a second tool. And because the price is a package rather than a seat count, a small team pays the same EUR 525 a month as a busy one, which makes it expensive at low volume and comparatively cheap at high volume.
3. HomeWizard
What it does best. Making Dutch household energy legible, cheaply, at the meter. HomeWizard, built in Amsterdam, reads the P1 port on the Dutch smart meter and turns it into per-second import and export data, with plug-in measurement for individual circuits and appliances, plus battery and charging products in the same app. For an installer this is the least expensive way to obtain the thing that matters most after saldering ends: a genuine measured picture of when a household imports and when it exports. That data is what makes a battery quote honest and a HEMS conversation possible.
Real pricing. Hardware rather than subscription. A P1 meter reader is commonly EUR 30 to EUR 40, energy sockets a similar figure each, with the app included and optional paid tiers for extended history.
Who it suits. Residential installers who want measured load data on every customer without a monitoring subscription, and anyone building a battery retrofit pipeline out of an existing customer base.
Honest limitations. It is a consumer product with a consumer support model, not a fleet tool. There is no installer portal that gives you one triaged list across hundreds of sites, no ticketing, no performance ratio reporting and nothing for commercial work. Control capability is limited compared with a real HEMS, so it tells you what happened rather than changing what happens. No design, no proposals, no ERP.
4. Huawei FusionSolar
What it does best. Covering monitoring and control in one place on hardware that has a large and growing Dutch installed base. FusionSolar gives per-site and per-optimiser production data, fault alerting to the installer, and, where a LUNA battery and the associated management components are fitted, actual dispatch behaviour: charging from surplus, discharging into evening load, and export limiting where the connection requires it. After 2027 that combination is what a Dutch customer is really buying, and having it inside the inverter vendor’s own platform at no licence cost is a strong commercial position.
Real pricing. Included with the hardware, including the installer fleet portal. Commercial and O&M feature sets are licensed per plant.
Who it suits. Installers standardised on Huawei for residential and small commercial, particularly those selling PV plus battery as a single package.
Honest limitations. Hardware locked, and a Dutch fleet built over six years typically spans SolarEdge, Enphase, SMA, GoodWe and Growatt as well, which means several portals and no fleet view. Its optimisation logic is tuned to the vendor’s own components, so a mixed battery or heat pump setup falls outside it. Dynamic tariff optimisation against Dutch hourly prices is weaker than a dedicated HEMS. No design, no proposals, no ERP, no queue tracking.
5. Exact Online
What it does best. Being the Dutch administrative spine that your accountant already assumes. Exact, founded in Delft, is close to a default for Dutch SME bookkeeping, with invoicing, purchasing, project administration, hour registration, BTW returns and the accountant portal your boekhouder logs into directly. For a solar installer the parts that matter beyond invoicing are project costing, which lets you see margin per installation rather than per month, and the BTW handling, which in this market includes the residential reclaim mechanics that appear in every quote conversation.
Real pricing. Roughly EUR 50 to EUR 180 per month depending on module set and user count, so about EUR 600 to EUR 2,200 a year for a small installer, more once project and manufacturing modules are added.
Who it suits. Essentially every Dutch installer, because the alternative is an accountant charging you to work around whatever you chose instead.
Honest limitations. It is accounting and light ERP. It knows nothing about kWp, yield, saldering or export limits, so the quote it produces is a line-item document rather than a designed system. Crew planning is thin, and its CRM is a contact database rather than a pipeline. Configuration for a project-based business takes real effort, usually with a partner. Compare selection criteria in this solar CRM buyers guide before assuming the ERP can also be the CRM.
6. Enphase Enlighten
What it does best. Per-module visibility plus a credible route into home energy management. Enlighten shows production at module level, which makes a shading or hardware fault identifiable from the office, and where Enphase batteries and controllers are fitted it extends into storage dispatch and load control. For a Dutch installer that matters because Dutch residential roofs are frequently partly shaded by neighbouring buildings, and because module-level diagnosis reduces the number of visits that end without a finding.
Real pricing. Included with the hardware, with the metering kit needed for consumption data as an additional install cost.
Who it suits. Installers standardised on Enphase microinverters, especially in dense urban housing where shading is the dominant design constraint.
Honest limitations. It only exists where you fitted Enphase, so it is no help across the rest of your fleet. Consumption data requires the metering hardware, which many earlier Dutch installs do not have, leaving you with generation-only data that is useless for a post-saldering battery conversation. Dynamic tariff optimisation against Dutch hourly prices is not its strength. No design, no proposals, no ERP.
7. gridX
What it does best. Being an actual energy management platform rather than a monitoring portal with a battery tab. gridX provides the software layer that reads a site, forecasts generation and load, and dispatches batteries, EV chargers and heat pumps against a tariff signal, with the hardware-agnostic device integration that a mixed European fleet requires. For a Dutch installer or energy service company building a proposition around dynamic contracts after 2027, this is the category the value now sits in, and it is a category most solar roundups still do not list at all.
Real pricing. Business to business, licensed per connected site with a gateway where devices cannot be reached directly, commonly a few euros per site per month plus hardware, quoted by fleet size.
Who it suits. Installers and energy service providers building a managed offering rather than selling a box, aggregators, and anyone whose customers are moving onto dynamic tariffs.
Honest limitations. One layer, and a technical one. No design, no proposals, no CRM, no bookkeeping. It assumes a fleet worth orchestrating, so it makes little commercial sense below a few dozen managed sites. Per-site commissioning takes real effort and device support is only as good as each manufacturer’s interface. This is a platform decision rather than a tool purchase, and it usually needs someone technical to own it.
8. AFAS Software
What it does best. Running a Dutch installatiebedrijf as a business. AFAS, from Leusden, is a Dutch ERP with project administration, purchasing, planning, hour registration, HR and payroll in one system, and it is widely used in the Dutch technical installation sector specifically. For an installer past roughly fifteen people, where the real problem is that project planning, purchasing and payroll have drifted apart, this is the category that fixes it, and it is Dutch rather than translated.
Real pricing. Quoted rather than published, commonly a four to five figure annual figure depending on modules and headcount, plus a genuine implementation project.
Who it suits. Established Dutch installateurs past fifteen employees, particularly those doing PV alongside heat pumps and electrical work.
Honest limitations. It knows nothing about photovoltaics: no kWp, no yield, no saldering, no export limits, no string sizing. Implementation is a project measured in months and a half-configured ERP is worse than none. It is heavy and expensive for a five-person installer, which is what Teamleader is for. Simplicate and Bouw7 are the closer alternatives for smaller project-based firms.
9. Teamleader Focus
What it does best. Being the Benelux-shaped CRM and quoting tool that a mid-sized Dutch installer will actually keep using. Built in Ghent, it covers leads, offertes, project follow-up, time tracking and invoicing, integrates with Exact Online and the Dutch banking and payment norms, and does not require a consultant to configure. For the Netherlands specifically, the useful move is to model the netcongestie connection queue as pipeline stages, so a commercial opportunity waiting on transport capacity has an owner, a date and a next action rather than sitting in someone’s inbox for eight months.
Real pricing. Roughly EUR 30 to EUR 70 per user per month by tier, so about EUR 1,800 to EUR 4,200 a year for five users.
Who it suits. Installers with more than one person selling, commercial-focused firms with long cycles, and anyone whose offertes go quiet during a netbeheerder wait.
Honest limitations. Generic. No solar design, no yield, no saldering logic, no production data, and the quote it produces is a document rather than a modelled system. Its project and resource planning are lighter than AFAS, which is what you outgrow. And it will not track the connection queue for you: you have to design those stages yourself, because no vendor has built netcongestie into a CRM.
10. meteocontrol VCOM Cloud
What it does best. Commercial and utility-scale monitoring with the evidence trail behind it. Hardware-agnostic data acquisition, performance ratio tracking against irradiance sensors, availability reporting and ticketing, which is the category you buy from when you carry a performance guarantee on a Dutch logistics or agricultural roof. For C&I portfolios where an export cap is part of the connection agreement, it also gives you the record of what the site was allowed to do versus what it did, which is the argument you will eventually have with a netbeheerder or an asset owner.
Real pricing. Priced per plant and per megawatt, commonly a few hundred to a few thousand euros per site per year depending on capacity, data granularity and whether the datalogger is included.
Who it suits. Asset owners, O&M providers and EPCs carrying performance guarantees on Dutch commercial and ground-mount portfolios.
Honest limitations. No design, simulation, proposal or CRM capability whatsoever. Overkill for a residential fleet where the inverter portal is adequate and free. Commissioning takes engineering time and hardware per site. Solar-Log is often the cheaper answer below roughly 100 kWp on a mixed-brand commercial fleet.
All 10 Compared: Layer, Euro Price and Best Fit
The layer column is more useful than the price column here, because almost none of these tools compete with each other.
| # | Platform | Annual cost (EUR, 5 users) | Layers covered | Key capability | Best for |
|---|---|---|---|---|---|
| 1 | SurgePV | EUR 5,900 | Design, simulation, proposals, plan sets | Cash flow split at 1 January 2027 with terugleverkosten | Installateurs and EPCs doing 5+ projects a month |
| 2 | Solar Monkey | EUR 6,300 (package of EUR 525 per month, 50 projects, not per seat) | Design, proposals, monitoring | Dutch-native quote to operation in one vendor | Residential installers at volume |
| 3 | HomeWizard | Hardware, EUR 30 to EUR 40 per device | Monitoring, light control | P1 meter data on every customer, cheaply | Battery retrofit pipeline building |
| 4 | Huawei FusionSolar | Included with hardware | Monitoring, battery control | Dispatch and export limiting on own hardware | Huawei-standardised PV plus battery sellers |
| 5 | Exact Online | EUR 600 to EUR 2,200 | ERP, accounting | The Dutch bookkeeping norm and BTW handling | Every Dutch installer |
| 6 | Enphase Enlighten | Included with hardware | Monitoring | Per-module fault identification | Microinverter fleets on shaded urban roofs |
| 7 | gridX | Per site, plus gateway | HEMS and control | Tariff-aware dispatch across mixed devices | Managed offerings and dynamic tariff customers |
| 8 | AFAS Software | Quoted, four to five figures | ERP, field ops | Dutch installatiebedrijf administration | Installers past 15 employees |
| 9 | Teamleader Focus | EUR 1,800 to EUR 4,200 | CRM, quoting | Pipeline stages for the netcongestie queue | Firms with more than one seller |
| 10 | meteocontrol VCOM | Per plant and per MW | Monitoring, O&M | Performance ratio and availability evidence | C&I portfolios with performance guarantees |
Verdict. Buy the design and proposal licence first, because it is the only layer where a bad tool changes the number the customer signs, and because the 2027 model has to be right in the document rather than in a footnote. Buy the administrative layer second, because Exact is where the invoice actually happens. Then make a deliberate decision about monitoring and home energy management before 2027 rather than after, because that is the layer that will carry the proposition once saldering stops.
Netcongestie Is an Operational Job, Not a Design Constraint
Grid congestion is the second structural fact of Dutch solar and it has quietly created work that no solar software product performs. Large parts of the Dutch network are full for transport capacity, thousands of large consumers are queued, and a commercial customer’s connection request can sit for months or years depending on the postcode. From 2026 small consumers begin to feel the same constraint in some areas.
What that means practically is that a Dutch C&I pipeline has a stage no other country’s pipeline has: waiting for the netbeheerder. It is not a sales stage, because nothing you do moves it. It is not a project stage, because nothing is being built. It is a queue position that has to be tracked, refreshed and communicated to a customer who will otherwise assume you have forgotten them.
Three software consequences follow, and none of them is solved by buying a better design tool:
- The CRM needs congestion stages. Capacity check requested, netbeheerder response received, queue position confirmed, transport agreement signed. Model them explicitly in Teamleader, AFAS or whatever you run, with an owner and a review date on each.
- The proposal cannot promise a switch-on date. A commercial offerte that names a delivery month before transport capacity is confirmed is a complaint waiting to be filed. Name the dependency instead.
- The design has to model the cap, not ignore it. Where a connection is limited, the array is deliberately larger than the export allowance and the clipping is intentional. A financial model that hides it overstates the yield the customer monetises, which is exactly the error our solar design software Netherlands ranking tests platforms against.
📘 Regulation note
Dutch PV installation answers to NEN 1010, with part 712 covering photovoltaic supply systems, and connection and metering rules sit with the netbeheerder and the ACM as market regulator. Check the congestion status for the specific postcode before quoting, because the same design is deliverable in one municipality and queued in the next.
Market and regulatory ground truth is worth taking from the source rather than from a vendor deck. The Autoriteit Consument en Markt regulates the Dutch energy market and publishes the tariff and connection rules, RVO administers SDE++, ISDE and EIA, and CBS publishes the installed capacity statistics you should quote in a board paper instead of an installer’s marketing figure.
Sizing a system or sanity-checking a payback? Use our solar calculator for a fast estimate, then speak to our engineering team about the design behind it.
Monitoring and HEMS: The Layer That Becomes the Product
Before 2027, monitoring in the Netherlands was a reassurance product. The customer’s meter ran backwards regardless, so the portal existed to prove the panels worked and to settle the occasional warranty argument. After 2027 that changes completely, because the difference between a good year and a poor one is no longer how much the system produced but how much of it the household used or stored at the right hour.
That promotes three capabilities from optional to load-bearing:
- Measured half-hourly or finer consumption. Without it, a post-saldering payback figure is a guess, and a battery recommendation is a preference. The P1 port on the Dutch smart meter makes this cheap to obtain, which is why a EUR 35 HomeWizard device can be more strategically useful than a monitoring subscription.
- Actual control, not just visibility. Charging a battery from surplus, discharging into the evening peak, shifting an EV charge or a heat pump cycle to a cheap hour on a dynamic contract. This is what a HEMS such as gridX does and what an inverter portal mostly does not, and it is the difference between reporting the payback and producing it.
- Export-aware behaviour. Where terugleverkosten make export actively expensive at certain volumes, and where a commercial connection is capped, the correct behaviour is sometimes to curtail rather than export. A monitoring platform that reports intentional curtailment as a fault will send you on visits you did not need.
For commercial portfolios the requirement is different and heavier: weather-normalised performance ratio reporting that stands up in a guarantee discussion, which is where meteocontrol VCOM earns its licence. Our practical workflow for both cases is in how to monitor solar generation, the direction of travel on automated fault detection is in why AI is the future of solar operations and maintenance, and the sizing arithmetic behind the battery conversation is worth cross-checking with this battery sizing guide. Our solar plus storage design software comparison covers the design side of the same question.
The Stack a Dutch Installer Should Actually Buy
This is the prescription by business type, in euros. Every one of these is two or three paid licences, and every one of them makes a deliberate decision about the post-2027 layer rather than deferring it.
- Solo installateur or two-person shop, up to 4 projects a month. One SurgePV seat for design and proposals, plus Exact Online for the books, plus the inverter brand’s own portal for monitoring at no cost. Two paid licences, roughly EUR 2,300 to EUR 4,000 a year. Solar Monkey is the other option but its EUR 525 a month package is priced for 50 projects, so at four a month you are paying for capacity you will not use. Do not buy an ERP or a CRM yet. Do buy a P1 reader for every customer, because at EUR 35 it is the cheapest post-2027 sales asset available.
- Residential installer, 15 to 40 projects a month. Five SurgePV seats at EUR 5,900 or the Solar Monkey package at about EUR 6,300, plus Teamleader Focus at EUR 1,800 to EUR 4,200 for pipeline and follow-up, plus Exact Online. Three licences, roughly EUR 8,300 to EUR 12,700 a year. This is the most common Dutch shape, and the choice between SurgePV and Solar Monkey is genuinely close: pick SurgePV if you also do flat-roof C&I, pick Solar Monkey if you are residential-only and want monitoring from the same vendor.
- Installer building a post-saldering managed offering. SurgePV for design and the two-phase proposal, plus gridX or an equivalent HEMS platform for dispatch across batteries, chargers and heat pumps, plus Exact Online. Two to three licences, roughly EUR 7,000 to EUR 12,000 a year plus per-site control fees. Commission and test the control layer on your own staff houses before you sell it, because a HEMS that misbehaves on a dynamic tariff costs a customer real money.
- C&I and logistics roof EPC. SurgePV for design, proposals and NEN plan sets, plus PVsyst where a lender or an insurer names the report format, plus meteocontrol VCOM where you carry a performance guarantee, plus Teamleader configured with netcongestie queue stages. Three to four licences, roughly EUR 8,000 to EUR 14,000 a year plus per-plant monitoring.
- Established installatiebedrijf past fifteen employees. SurgePV for engineering and proposals, plus AFAS for project administration, purchasing, planning and payroll, plus the inverter portal or a HEMS depending on what you sell. Two to three licences, and the AFAS figure will dominate the total. The engineering licence is the one people try to cut here, and it is the one that prevents the change orders.
The pattern is consistent. Design and proposals is worth consolidating into one licence. The Dutch administrative layer is non-negotiable and should be Dutch. And the monitoring or HEMS decision, which used to be the thing you postponed, is now the one worth making first, because it decides what your product actually is after 1 January 2027.
Pros and Cons: Standardising on SurgePV in the Netherlands
- ✓ The 2027 two-phase cash flow has to be right in the document
- ✓ You mix residential with flat-roof C&I
- ✓ Capped export connections are routine for you
- ✓ You want NEN 1010 plan sets from the sold design
- ✗ You are residential-only and want monitoring bundled (Solar Monkey)
- ✗ Battery and device control is the product (gridX)
- ✗ Project administration and payroll are the mess (AFAS)
- ✗ A lender names PVsyst by report format
SurgePV wins this ranking on bundled layer coverage, on modelling the 2027 discontinuity honestly, and on euro cost of ownership per seat. It loses on monitoring, which it does not do at all, on home energy management and battery dispatch, which it does not do at all, on Exact Online and AFAS integration, on netcongestie queue tracking, and on Dutch brand tenure against Solar Monkey. In a market where the value is migrating toward control, the first two of those are the gaps that matter most, and no roadmap slide changes that today. Any vendor claiming to cover the whole Dutch stack is describing an ambition.
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 evaluate software as an operator rather than a reviewer. Our test for the best solar software in the Netherlands is whether the number that reaches the customer survives the engineer, the netbeheerder, the inspector and the regime change on 1 January 2027 without moving. That test is why a bundled design and proposal platform ranks first here, and why we treat monitoring, home energy management, ERP and CRM 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 or a finance submission comes from the International Energy Agency and IRENA country profiles.
Related Country and Global Software Guides
- Solar Design Software Netherlands: Top 10 Ranked
- Best Solar Proposal Software Netherlands: Top 10
- Best Solar Software in Germany: The Top 10 Stack
- Solar Design Software 2026: 7 Tools Compared
- Best Solar Software in the UK: Top 10 Platforms
- Best Solar Design Software: The Global Ranking
Compare Other Markets and Tool Categories
Frequently Asked Questions
What is the best solar software in the Netherlands in 2026?
SurgePV ranks first overall at about EUR 1,180 per user per year on the 5-User Team plan, covering design, 8,760-hour simulation, a cash flow that splits at 1 January 2027 with terugleverkosten as a real line item, NEN 1010 part 712 plan sets and Dutch proposals in one licence. Solar Monkey from Delft is the strongest Dutch-native alternative and the only ranked platform that carries design, proposal and monitoring in one contract. Neither does home energy management, ERP or bookkeeping.
How does the end of saldering change which software an installer needs?
It moves the value from the design tool to the monitoring and control layer. Until 31 December 2026 the grid acts as a free store, so an annual yield figure produces an honest quote. From 1 January 2027 the value of a kilowatt-hour depends on the hour it is produced and whether anything on site wants it, which makes measured consumption, battery dispatch and tariff-aware control the things that decide the payback. An installer without a monitoring or HEMS position by 2027 is selling a payback they cannot influence.
How much does a Dutch solar software stack cost per year?
A two-person shop lands around EUR 2,300 to EUR 4,000 a year. A residential installer doing 15 to 40 projects a month lands between EUR 8,300 and EUR 12,700. Five SurgePV seats are EUR 5,900, Solar Monkey is a package rather than a seat licence at EUR 525 a month including 50 projects, so about EUR 6,300 a year, Teamleader Focus EUR 1,800 to EUR 4,200 and Exact Online EUR 600 to EUR 2,200. AFAS is quoted and will dominate the total for a firm past fifteen employees. Commercial monitoring is priced per plant and per megawatt.
What is a HEMS and does a Dutch installer need one?
A home energy management system reads a site, forecasts generation and load, and dispatches batteries, EV chargers and heat pumps against a price or export signal. Platforms such as gridX do this in a hardware-agnostic way, while Huawei FusionSolar and Enphase do it within their own components. It becomes genuinely necessary once saldering ends, because after that date the customer is paying for coordination rather than for a meter arrangement, and a system with no control logic simply exports into a low redelivery rate and terugleverkosten.
How should software handle netcongestie?
Not in the design tool, because no design tool tracks a queue. Model it as explicit CRM stages, capacity check requested, netbeheerder response received, queue position confirmed and transport agreement signed, each with an owner and a review date. Keep any promised switch-on date out of a commercial offerte until transport capacity is confirmed for that postcode. And make sure the design and financial model show the export cap as deliberate clipping rather than hiding it inside an annual yield figure.
Is Solar Monkey better than an international platform for Dutch work?
For residential-only firms, frequently yes. It was built in Delft for Dutch roofs, Dutch tariffs and Dutch customers, it is the fastest route from an address to a sendable Dutch offerte, and it continues into monitoring with a yield guarantee, which after 2027 is a structurally strong position. It falls behind on flat-roof C&I engineering depth, on ground-mount, on lender-grade yield reports and on anything outside the Benelux. Its EUR 525 a month package covers 50 projects regardless of how many people use it, which is roughly EUR 6,300 a year against EUR 5,900 for five SurgePV seats, so the two land close and the choice is about fit rather than price.
What accounting or ERP software do Dutch solar installers use?
Exact Online is close to a default for Dutch SME bookkeeping and is what most accountants expect to log into, covering invoicing, purchasing, project administration, hour registration and BTW returns. Larger installatiebedrijven past roughly fifteen employees commonly move to AFAS, which adds project planning, HR and payroll for the technical installation sector. Neither knows anything about kWp, yield or saldering, so the designed system still lives in your design tool and somebody bridges the two.
Does any single platform cover the whole Dutch solar stack?
No, and the gaps get wider after 2027 rather than narrower. Design platforms including SurgePV stop at handover. Inverter portals know nothing about design or bookkeeping. HEMS platforms know nothing about sales. Exact and AFAS know nothing about photovoltaics. Solar Monkey comes closest with three layers and is still residential-first. The realistic target is two or three licences chosen by which layer is costing you money, with design and proposals consolidated into one and a deliberate monitoring or control decision made before saldering ends.
Stop paying for four tools. Design it all in one.
SurgePV replaces Aurora + HelioScope + PVsyst + a separate proposal tool in a single license. AI 3D roof in under 60 seconds, bankable 8,760-hour simulation, auto-SLD, BOQ, DXF/DWG export and branded proposals.
Free trial, no credit card · $1,299 per user per year on the 5-User Team planDisclaimer: SurgePV is our own product. It is built by the Heaven Group, the same company as Heaven Green Energy, so treat this as a recommendation from its maker.