Jobber alternatives for solar and clean tech installers

Jobber is one of the most recommended pieces of software in the home service world. If you ask a plumber, an electrician, or an HVAC engineer what they use to manage jobs, Jobber comes up constantly. It does scheduling, dispatching, invoicing, and client messaging well enough that a lot of trades businesses run on it for years without complaint.

Clean tech installation is different from general home services. The gap does not show up immediately - it shows up when you first need to submit a G98/G99 application, or when your design team is manually re-entering system specs from EasyPV into Jobber because there is no connection, or when you realise that your MCS documentation has to be assembled from a folder of spreadsheets because Jobber has no concept of commissioning records. At that point, Jobber is not broken. It is just built for a different job.

If you have hit that point, here is an honest assessment of what to look at instead - and what you would actually be trading off.

Why Jobber works well until it doesn't

Jobber's strengths are real. Scheduling is clean and mobile-friendly. The client hub and automated follow-ups reduce admin significantly. Invoicing is straightforward. For a business doing reactive service work - boiler servicing, emergency heat pump callouts, EV charger fault-finding - those strengths cover most of what a job requires.

The model breaks when the job is an installation project rather than a service call. A solar install runs for four to eight weeks: lead capture, site survey, system design, proposal, grid connection submission, procurement, installation, commissioning, handover. That is not a service call with an invoice at the end. It is a project with compliance checkpoints, design tool outputs, and sign-off requirements that are legally tied to MCS certification or a G99 approval from the DNO.

Jobber has no concept of any of those things. That is not a criticism - it was not built for them. But it means the further your work sits inside the clean tech space, the more the gap costs you.

The alternatives

Payaca

Payaca is the most direct fit if the gap is in compliance, design integration, or the project lifecycle from lead to commissioning. It was built specifically for solar, heat pump, battery storage, and EV charger installation - not adapted from a general trades template.

What that means in practice: DNO G98 and G99 applications submit directly via ENA Connect from inside the platform. Design tool outputs import from OpenSolar and EasyPV so you are not re-entering system specs by hand. MCS commissioning checklists and documents are part of the job record, not a separate folder. Proposals carry deposits and payment schedules, and multi-option layouts - where a customer picks a battery or a larger array themselves and watches the total update - are in the new proposal builder, which is currently in beta and still rolling out to accounts.

The job management layer is similar to Jobber - scheduling, task assignment, mobile field access, invoicing - but the compliance and design layers sit inside the same system rather than outside it.

See the full Payaca vs Jobber comparison, and current pricing for the tier breakdown.

Commusoft

Commusoft is a mature platform for trades businesses that need strong job management without the reactive-service focus of Jobber. It has better depth on job costing, multi-visit work management, and invoicing than Jobber, and it has been in the UK market long enough that the compliance gaps are well-documented.

If your company does a mix of clean tech installations and traditional maintenance and service work - a heat pump business that also runs a servicing arm, for example - Commusoft's breadth may make it the right fit. The tradeoff is that DNO applications and MCS documentation still land outside the system. Compare Payaca and Commusoft.

SimPRO

SimPRO is an enterprise-grade field service platform used by larger installation businesses that need detailed job costing, multi-site project management, and complex inventory control. The implementation is a real commitment: SimPRO's own training and implementation guidance says the time depends on the size and complexity of your business, that smaller and simpler structures move faster, and that it is wise to plan for around 60 days. That is a different order of effort from a self-serve switch, which is why SimPRO is primarily relevant for businesses above roughly 30-40 employees running a high volume of complex projects.

For a growing solar business in the 10-25 employee range, SimPRO's power is usually more than you need, and that setup window means running your current process in parallel for a good part of a quarter. Compare Payaca and SimPRO.

ServiceTitan

ServiceTitan dominates in residential HVAC and has been expanding into solar. Its marketing is strong, and if you came from an HVAC background you may have peers who use it. The honest assessment: it was built for reactive service businesses with high technician volume, and its pricing follows the same shape. ServiceTitan's own pricing page describes its packages as per-technician and does not publish a figure against any of them, so the only way to find out what it would cost your business is to go through their sales process.

Solar installation has longer project cycles, higher job values, and fewer but more complex jobs than reactive HVAC. The per-technician pricing model and the data model (built around single-visit service calls) are both structural mismatches. See the full Payaca vs ServiceTitan breakdown.

Solar-specific design tools (OpenSolar, Reonic)

OpenSolar and Reonic are strong on 3D roof design, shading analysis, and customer-facing proposal presentations. They are not job management platforms. If the gap with Jobber is specifically in the design and proposal stage, a design tool can fill it - but you end up with two systems to manage, and the proposal-to-job handover between them is typically manual.

Some businesses run OpenSolar for design and Payaca for everything downstream of a signed proposal. That is a valid pattern if your design workflow is complex enough to need a dedicated tool. If not, building the full workflow in one platform is simpler.

How to decide

The right alternative depends on where the actual gap is.

The gap is in compliance (DNO, MCS, BUS): A purpose-built clean tech platform is the right direction. Compliance workflows are either native or they are a workaround - there is no middle ground, because the documentation has to be accurate, complete, and auditable. Read why installers end up replacing generic tools once compliance work becomes routine.

The gap is in design tool integration: The same applies. If you are re-entering data from EasyPV or OpenSolar by hand on every deal, that error rate compounds across every install. See what software solar installers actually use and where each tool sits in the stack.

The gap is in job management depth - multi-site projects, inventory, job costing: Commusoft or SimPRO at the larger end. Payaca handles job costing for most install businesses; if your needs go beyond that, SimPRO is worth evaluating with clear eyes on implementation overhead.

You also do heat pump or EV charger work: The same compliance and design integration gaps apply across those verticals. See what software heat pump installers use and what EV charger installers need from their software.

You are not sure if the problem is the software or the process: That is the right question to sit with before committing to a migration. A good platform does not fix an unclear process. Do the diagnosis first - what specifically breaks, for whom, and how often. The software decision follows from that, not the other way around.

On switching

The hidden cost of any software switch in an installation business is continuity. If you are doing 20+ jobs a month, the window where the old system is being wound down and the new system is not yet fully configured is a real operational risk. Any platform you evaluate seriously should be able to answer: how long does a typical onboarding take for a business our size, what does data migration from Jobber look like, and what support is available in the first 90 days.

If your compliance requirements are in active work - you have outstanding DNO submissions, MCS documentation in progress, BUS applications being processed - factor the timing around those. A platform switch mid-project is far more disruptive than one at the start of a quarter when you can onboard clean.

For a full breakdown of the trade-offs between Jobber and Payaca specifically - features side by side, pricing comparison, and which business profiles each fits - see the dedicated comparison page.