Pairiscope: Design Software for EV Charging Systems

Plan smarter, save more. Pairiscope simulates your EV charging system before you build—so you can optimize solar integration, reduce utility costs, and design around grid limitations, while maximizing EV charging capacity.

Charge 6x more EVs with existing grid

Shorten Permitting & Approval Time

Reduce Utility Demand Charges

Maximize EV Charging Capacity with Clarity & Confidence.

Watch the video demo below to learn how Pairiscope can help you plan your entire project and simulate how it will operate – before any chargers are installed or panels are wired.

Define your EV fleet, including number of vehicles, required range, and charging timelines
Estimate solar energy production using national weather databases tied to your project address
Customize energy flow to and from solar, grid, and/or energy storage
Specify site constraints such as available power, space, or budget limits
Simulate energy and demand costs using built-in utility schedules and rates

Once you've entered the inputs, Pairiscope builds a visual project environment where you can simulate different scenarios in real-time. Want to increase the number of chargers? Test what happens if you change your vehicle mix? Reduce grid reliance or shift to peak shaving? It’s all possible, and instantly visible.

Estimate Energy Costs and Avoid Peak Charges

See the financial impact of your EV charging system design.

One of Pairiscope's most powerful features is the ability to simulate energy and demand costs.

Demand charges—fees utilities impose during peak usage periods—can increase EV charging operational costs by thousands of dollars per month.

Pairiscope helps you understand how solar generation and Paired Power’s intelligent energy management software can reduce or even eliminate these charges.

Pairiscope lets you simulate each project's energy costs:

Across different EV charging behaviors
Under various utility rate structures
With and without solar generation
With and without intelligent energy flow optimization

This insight allows you to model long-term energy savings and prove the financial value of investing in solar EV charging infrastructure with Paired Power.

Design From Every Angle

Pairiscope lets you experiment with every major system variable—solar, storage, grid capacity, charger type, and EV fleet mix—to find the optimal setup for your site. Easily simulate:

Solar and battery sizing recommendations based on energy demand
Level 2 vs. DC fast charging options
Charging modes of operation like shared power, priority scheduling, or peak shaving
Emergency scenarios and Vehicle-to-Grid (V2G) support

All changes update your system simulation instantly, so you can quickly evaluate trade-offs and move forward with confidence.

Download Spec Sheet