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A practical guide to the software options for EV charger installation businesses. Covers the difference between charger management and installer management, compares tools from spreadsheets to purpose-built platforms, and explains what to look for as you scale.
Jamie Duncan
EV charger installers need job management software that handles high-volume scheduling, fast quoting, mobile field access, and compliance tracking. The most common mistake is confusing charger management platforms (which manage charging networks post-install) with installer management software (which runs the installation business). Most EV charger installers are electrical contractors scaling into clean tech, and what they need is operational throughput, not network monitoring.
This is the most important distinction in the EV charging software space, and it's one that trips up a lot of installers when they start researching options.
Charger management software β platforms like ChargePoint, ChargeLab, AmpUp, and EV Connect β exists to operate charging networks after installation. These tools handle driver authentication, payment processing, load balancing, energy management, and uptime monitoring. They're built for charge point operators (CPOs) and site owners, not for the businesses doing the physical installation work.
If you search for "EV charger software," most results will point you towards these platforms. That's because the charger management market is large and well-funded. But it's solving a different problem from the one most installers face.
Installer management software is what runs your installation business day to day: scheduling engineers, sending quotes, tracking jobs through your pipeline, managing compliance documentation, collecting payments, and coordinating office and field teams.
If you're an EV charger installer, you almost certainly need the latter. You might interact with charger management platforms when commissioning units, but they won't help you schedule your team, quote faster, or keep track of 50 active jobs. Mixing up these two categories leads to wasted evaluation time and, worse, investing in a tool that doesn't address your actual operational challenges.
If you manage chargers AND install them
Some businesses operate on both sides β installing chargers and managing the network. In that case you'll need both types of software. But keep them separate in your evaluation. Don't expect a charger management platform to run your installation operations, or vice versa.
Most EV charger installers started as electrical contractors and expanded into EV. The technical work per install isn't dramatically complex β a typical domestic charger installation is a straightforward job for a qualified electrician. What changes is the volume and pace.
A busy EV charger installation business might run 80-150 installs per month. Each job individually is manageable, but at that volume, the operational challenge shifts from "can we do the work?" to "can we schedule, quote, track, and close jobs fast enough?"
This high-volume, low-complexity pattern means EV charger installers need software that prioritises:
This is fundamentally different from, say, a commercial electrical contractor managing a small number of high-value projects over weeks or months. It's also different from solar PV or heat pump installations, which typically involve more complex design work and longer project timelines. EV charger installation is closer to a high-throughput service operation than a traditional construction project.
Here's an honest breakdown of what's available, with the trade-offs of each approach.
Every installation business starts here. Google Sheets for job tracking, a shared calendar for scheduling, email for quotes, WhatsApp for field communication.
This works at low volume. If you're doing 5-10 installs per month, a well-organised spreadsheet can hold things together. But EV charger installation tends to scale quickly β once you have supply agreements and a steady lead flow, volume ramps fast.
Spreadsheets break in predictable ways: no real-time visibility, no mobile access for field teams, manual data entry errors, and no connection between your quote, schedule, and invoice. At 20+ installs per month, you'll start losing track of jobs.
The other problem with spreadsheets is that they offer no accountability trail. When a job falls through the cracks β a missed DNO notification, a quote that was never followed up, an install that was completed but never invoiced β there's no system to catch it. At high volume, these gaps add up quickly.
Fergus, Tradify, Simpro β these are built for electricians and trades businesses. They handle quoting, scheduling, job tracking, and invoicing well. If you're an electrical contractor who also does EV charger installs, they're a natural fit.
The limitation is that they're designed around traditional trades workflows. They won't have built-in awareness of EV-specific requirements like DNO notifications (UK), utility interconnection processes (US), or grant and rebate tracking. You'll need to handle those outside the system or build workarounds with custom fields.
For businesses where EV installs are a minority of the work, these tools are a reasonable choice.
Jobber, ServiceTitan, Housecall Pro β these are powerful platforms designed for field service businesses across many industries. They offer scheduling, dispatch, quoting, invoicing, customer communication, and reporting.
They're functional for EV charger installers, and they scale well. The trade-off is that nothing is tailored to clean tech. You'll be configuring generic features to approximate your workflow rather than working with a system that already understands it.
For larger operations with dedicated admin staff to manage the system, generic platforms can work. For leaner teams that want to move fast, the setup and ongoing configuration overhead can slow things down.
It's also worth noting that these platforms price per user or per technician, which can become expensive as your team grows. Evaluate the total cost at your expected team size, not just the starting price.
Salesforce, HubSpot, Zoho β these are customer relationship management platforms built for sales and marketing teams. They can be configured for almost anything, which is both their strength and weakness.
For most EV charger installers, a generic CRM is overkill. You'll spend months customising it, likely need a consultant to set it up properly, and still won't have field-friendly features like mobile job completion or integrated scheduling. These platforms make more sense for large organisations with complex sales processes, not installation businesses focused on operational throughput.
A common pattern we see is businesses that invested in Salesforce or HubSpot, spent months getting it configured, and then found the team wouldn't use it because it didn't match how installation work actually flows. The tool ends up as an expensive contact database rather than an operational system.
Payaca is built specifically for clean energy installation businesses, including EV charger installers. The platform handles the full job lifecycle β from lead capture through quoting, scheduling, field completion, and payment β with workflows designed for how installation businesses actually operate.
For EV charger work specifically, this means pre-configured quoting templates for common charger models, mobile completion for field engineers, and the ability to track compliance requirements through your workflow. Grant and rebate tracking can be managed through custom fields on jobs.
The advantage of a purpose-built tool is speed to value. Instead of configuring a generic platform to approximate your workflow, you're working with a system that already understands the stages of an installation business.
| Capability | Spreadsheets | Electrical contractor tools | Generic field service | Generic CRM | Purpose-built clean tech |
|---|---|---|---|---|---|
| Quoting with product templates | Manual | Yes | Yes | Requires setup | Yes, pre-configured |
| Scheduling and dispatch | Calendar only | Yes | Yes | Limited | Yes |
| Mobile field access | No | Some | Yes | Limited | Yes |
| Job pipeline visibility | Manual | Yes | Yes | Yes | Yes |
| EV-specific workflows | No | No | No | Requires customisation | Yes |
| Compliance tracking | Manual | No | No | Requires customisation | Via workflow |
| Setup time | None | Days | Weeks | Months | Days |
| Monthly cost | Free | $$ | $$-$$$ | $$-$$$$ | $$ |
Regardless of which category you choose, there are capabilities that matter specifically for high-volume EV charger installation work.
When you're quoting dozens of charger installs per week, you can't afford to build every quote from scratch. Look for software that lets you create templates with pre-configured product options β charger models, mounting types, cable runs β so generating a quote takes minutes, not hours.
The ability to offer customers multiple options (e.g., a 7kW vs 22kW unit, or different charger brands) on a single proposal speeds up decision-making and improves conversion rates.
For commercial charger installations β workplace or destination charging β quoting gets more complex with multiple units, load management, and groundwork. Your quoting tool should handle multi-unit proposals without requiring you to build each one manually.
EV charger installs are often single-day jobs. Your scheduling needs to support dense booking β multiple installs per engineer per day, with geographic routing to minimise drive time. Look for drag-and-drop scheduling, engineer availability views, and the ability to handle cancellations and reschedules without disrupting the rest of the day.
Scheduling is often the make-or-break capability for high-volume EV installers. The difference between three and four installs per engineer per day, multiplied across a team and a full month, has an enormous impact on revenue and profitability.
Your engineers need to access job details, capture completion photos, record notes, and mark jobs as finished β all from their phone or tablet on site. If the mobile experience is clunky or requires connectivity in areas with poor signal, your team won't use it.
Good mobile field tools also reduce the back-and-forth between office and field. Engineers should be able to see their schedule, navigate to sites, and complete jobs without calling the office.
At high volume, you need to see your entire operation at a glance. How many jobs are at survey stage? How many quotes are outstanding? What's the conversion rate? Where are the bottlenecks?
Operational dashboards that show job status across your pipeline help you spot problems before they become critical and make data-driven decisions about capacity and hiring.
EV charger customers β particularly residential β expect a modern experience. Automated booking confirmations, appointment reminders, and completion notifications reduce inbound calls to your office and create a professional impression.
Look for software that handles customer communication as part of the workflow rather than requiring manual emails or texts at each stage. When a job moves from "scheduled" to "engineer en route," the customer should know without someone in your office sending a message.
Fast payment collection is critical at high volume. If you're completing 100 installs per month and your average payment delay is even a few days longer than it needs to be, the cash flow impact is significant.
Software that lets you send payment requests immediately on job completion β ideally triggered by the engineer marking the job done on site β tightens the cash cycle and reduces the admin burden of chasing invoices.
The core operational challenge is the same in both markets, but compliance requirements differ.
UK-specific requirements
DNO notifications β Most EV charger installations require notification to the Distribution Network Operator under G98/G99 regulations. Your software should support tracking these through the job workflow.
OZEV grant scheme β Government incentive programmes for EV charger installation change periodically. Track grant eligibility and claim status against jobs using custom fields or workflow stages.
BS 7671 β All installations must comply with the IET Wiring Regulations. Completion certificates and compliance documentation should be manageable within your system.
US-specific requirements
NEC compliance β Installations must meet National Electrical Code requirements, with local amendments varying by jurisdiction.
Utility interconnection β Processes vary significantly by utility company and state. Some require pre-approval, others only notification. Track these per-job.
Federal and state rebates β Incentive programmes like the federal EV charger tax credit and state-level rebate schemes affect quoting and customer communication. Maintain current information and track rebate status against jobs.
In both markets, the key is having a system flexible enough to handle compliance as part of your job workflow rather than managing it in a separate spreadsheet.
Many clean energy businesses install EV chargers alongside solar PV, battery storage, or heat pumps. If you operate across multiple technologies, the last thing you want is separate systems for each.
Look for software that handles multiple job types within a single platform. Your quoting templates, scheduling, and pipeline management should work for an EV charger install on Monday and a solar-plus-battery project on Tuesday without switching tools or re-entering customer data.
This is where purpose-built clean tech platforms have an advantage over both electrical contractor tools and generic field service software. They're designed to handle the full range of clean energy installations, with different workflows and compliance requirements for each technology, all within the same system.
If your business is predominantly EV charger installs today but you're considering expanding into solar or battery storage, choosing a platform that already supports those technologies saves you from a painful migration later.
The honest answer is: when your current approach starts costing you money or jobs.
Under 10 installs per month β Spreadsheets and basic tools can work if you're disciplined. The risk is that you build habits that don't scale, but the cost of software may not justify the return yet.
10-30 installs per month β This is the inflection point. Manual processes start creating errors, you lose visibility, and quoting speed becomes a competitive disadvantage. Investing in proper job management software at this stage sets you up to scale without rebuilding your processes later.
30+ installs per month β At this volume, operating without dedicated software is actively costing you money through inefficiency, errors, and missed opportunities. The question isn't whether to invest, but which platform gives you the best return.
The EV charger installation market is growing fast. Demand is accelerating as EV adoption increases and both governments and commercial property owners invest in charging infrastructure. Installers who build operational systems early will be better positioned to handle increasing volume without proportionally increasing overhead.
The cost of waiting is often underestimated. Every month you operate with manual processes at growing volume, you're accumulating inefficiencies β slower quoting, scheduling mistakes, missed follow-ups, delayed payments β that compound as you grow. Investing early, even before you feel like you absolutely need it, is usually cheaper than trying to systematise an operation that's already stretched thin.
Once you've implemented a system, how do you know it's delivering value? Here are the indicators that your software investment is paying off:
If these outcomes aren't materialising within the first few months of using a new platform, something isn't right β either the tool doesn't fit, or it hasn't been set up to match your workflow properly.
The best software for your EV charger installation business depends on where you are today and where you're heading.
If EV charger installs are a small part of a broader electrical contracting business, your existing trades software may be sufficient with some adaptation. If EV is your primary focus and you're scaling, a platform built for clean tech installation businesses will save you significant time in setup and ongoing configuration.
Whatever you choose, prioritise tools that your team will actually use. The most feature-rich platform in the world doesn't help if your engineers won't open the app and your office staff revert to spreadsheets. Ease of use, mobile experience, and fast onboarding matter as much as feature lists.
Ask for a trial or demo with your actual data and workflows. Have your field team test the mobile experience. Check how long onboarding takes. The best indicator of whether software will work for your business is how quickly your team can start using it productively.
And remember the core insight: you're looking for software to run your installation business, not to manage charging networks. Keep that distinction clear, and you'll avoid the most common evaluation mistake in this space.
Related reading: EV charger installer solutions | Sales and quoting features | Operations and scheduling | Mobile app for field teams
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