Selecting the Right EV Charging Tech Stack for Salesforce Users

When you're building EV charging capabilities into your Salesforce environment, the tech stack you choose will either accelerate your business...or slow you down.  

Salesforce is where your customer data lives. It’s where your business logic runs. If EV charging is becoming part of your core service, the stack behind it needs to integrate cleanly, move fast, and scale without friction. 

This article helps CTOs and solution architects cut through the noise and select a tech stack that works with Salesforce, scales with your operations, and supports an API-first EV charging approach. It builds on our complete guide to eMabler’s Salesforce connector, which explains how to run your entire EV charging business inside Salesforce.  

If you’re serious about making Salesforce the brain of your EV charging operations, this is where you start shaping the stack to support it. 

What should be included in an EV charging tech stack for Salesforce? 

If you’re building EV charging services into Salesforce, the tech stack behind it must support automation, scalability, and control across systems.  

Here’s what to expect from a future-proof EV charging tech stack built for Salesforce: 

• Open APIs for seamless data flow: Charging sessions, customer data, pricing models, and asset management should flow across systems through clean, documented, and well-maintained APIs. This reduces friction and makes every part of your operation easier to connect. 
   

• Vendor independence so you control your roadmap: Your EV charging tech stack should let you add hardware, change service providers, or launch new business models without delays or rework. You own the direction and pace of innovation. 
   

• Real-time visibility across charging infrastructure and customer behaviour: Salesforce automations and insights depend on live, accurate data. Your stack must surface charging status, session activity, and usage trends directly into your CRM to drive smart decisions and better customer experiences. 
   

• Security, reliability, and performance at scale: Your systems need to hold up under pressure. Look for platforms with strong data protection, high availability, and proven stability in production environments. 
   

• No lock-in from closed architectures: Open standards like OCPP and OCPI, along with well-documented APIs, allow you to work across vendors and build the architecture that suits your business, not someone else’s roadmap. 

  
  

You’re creating a connected service that touches real assets, real people, and real revenue. Your tech stack should support that with speed, visibility, and control. 

Is Salesforce enough to run an EV charging business? 

Salesforce is powerful, but it doesn’t natively understand EV charging.  

That’s why you’ll need a middleware layer that speaks both languages: charging and CRM. That’s where the right EV charging platform comes in. 

You’ll want to look for a partner that understands API first EV charging. That means: 

• Treating every function, from pricing to remote control, as an API 

• Enabling real-time updates between chargers and Salesforce 

• Supporting open standards and integrations across your charging ecosystem 

This approach lets Salesforce act as the central business brain, while the charging platform handles the technical heavy lifting in the background. 

What should I look for in an EV Charging Platform that integrates with Salesforce? 

Selecting an EV charging tech stack is a high-stakes decision.  

The wrong architecture slows your team down, creates silos, and limits what your business can deliver. The right one connects systems, speeds up workflows, and gives you control at every layer. 

Here’s what to ask when reviewing your options: 

1. Can the EV charging platform connect directly with Salesforce through APIs or a dedicated connector? Look for structured, real-time communication. Charging session data, customer actions, pricing, and asset updates must move between systems without delays or translation layers. 
    

2. Does it support dynamic pricing, load management, and live charger status? These features are a must to operate at scale. If they aren’t built in, you’ll face custom development and rising complexity over time. 
    

3. Is the platform built around open standards like OCPI and OCPP? Open protocols allow you to work with any hardware provider or roaming partner. You stay in control of who you work with and how you grow your network. 
    

4. How quickly can we launch new services or make changes without relying on the vendor? Flexibility isn’t a bonus. It’s a requirement. Your team should be able to test, deploy, and adjust without waiting on external timelines or support tickets. 
    

5. Can we integrate other apps like billing engines, customer portals, or roaming tools? Your charging platform needs to fit into your wider tech ecosystem. The stack should make integrations easy, not create additional work for every connection. 

Each of these questions helps uncover how the platform will perform in real-world operations. Gaps in flexibility, visibility, or speed add cost. They slow your team down and create dependencies that are hard to unwind later. 

How does eMabler improve Salesforce EV charging integration? 

eMabler is built for teams that want full ownership of their EV charging services (from infrastructure to customer experience) inside Salesforce or any other business system. T 

he platform supports an API first EV charging model, making every part of your operation easier to integrate, easier to scale, and easier to control. 

Here’s what eMabler adds to your EV charging tech stack: 

• Real-time, two-way Salesforce integration: Keep charging data and business logic aligned without sync delays or manual handoffs. eMabler’s connector delivers full transparency and live updates across both platforms. 
   

• Architecture designed around APIs: Integration is built into the core of the platform. Every feature is available through stable, well-documented APIs that support real-time operations at scale. 
   

• Support for open standards across the board: Stay flexible and hardware-independent as your network grows. Work with any OCPP-compatible hardware. Connect through OCPI to roaming hubs and service partners.  
   

• Full visibility and control: No hidden logic or locked-down configurations. You manage your own workflows, data, and service model from end to end. 
   

• Fast time to market: Deploy quickly with prebuilt tools and clean interfaces. Scale without needing custom development for every change. 

  
  

All in all, eMabler fits into your stack without adding complexity. It connects directly with Salesforce and your wider ecosystem, giving you a clean foundation to run and grow your EV charging business. 

How to Build an EV Charging Tech Stack that Works at Scale 

Choosing the right EV charging tech stack for Salesforce comes down to flexibility, interoperability, and speed. You need a system that speaks Salesforce, scales with your charging operations, and supports an API first EV charging model from day one. 

eMabler helps you do exactly that. We bring the infrastructure and APIs to plug EV charging directly into your Salesforce environment. No shortcuts, no lock-ins, no compromises. 

If you're ready to build an EV charging tech stack that sets your EV charging business up for scale, get in touch with us. We’ll help you map it out and launch it fast!