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REAL ESTATE

Scale EV charging across your properties without grid upgrades

Deploy and scale EV charging across commercial and residential properties without costly electrical capacity increases, unpredictable peak loads, or operational complexity.

The solution combines local on-site control with a cloud operations layer - so charging stays predictable and easy to operate, even in constrained grid environments.

Local-first EMS: full on-site control, works even without internet
Hardware-agnostic and OCPP-compliant: works with any charging station, smart meter, battery or solar system
Reliable under load limits: respects site constraints in real time
Fits into your existing operational ecosystem (CPMS, BMS, energy systems)
Scale more charging stations per connection
Built for complex buildings and multi-site operations

Why EV charging becomes a building bottleneck

EV charging adds high, simultaneous demand to electrical infrastructure, especially when multiple drivers charge at the same time during peak hours. When this happens, the result is familiar:

Breakers trip, cables get stressed, and uptime becomes a problem
Grid upgrades show up as the default answer, with high cost and long lead times
Electricity costs spike when charging coincides with building peaks
Operations become manual: complaints, prioritization, and unclear cost allocation and accountability across tenants
Cloud dependency introduces operational risk during connectivity issues

This is where Voltic makes the difference: remove the energy bottleneck so you can scale charging within existing limits, while keeping operations stable, predictable, and cost-controlled.

Building electrical distribution panel under load  - circuit breakers and infrastructure

OUTCOMES

Outcomes for your properties

Add more chargers without upgrading the grid

Voltic enables you to add more chargers within the same grid connection by managing power intelligently instead of expanding infrastructure.

Keep building operations stable during peak hours

Voltic Edge continuously reacts to live load changes and enforces electrical limits on-site, so EV charging coexists safely with other building loads.

Reduce energy cost exposure with smarter charging

Reduce peak impacts and optimize energy delivery with load balancing, peak shaving, and load shifting, with support for solar and battery storage systems where available.

Stay operational even when the internet is not

Voltic Edge keeps operating locally when connectivity is unavailable, so real-time control and stable charging behavior continue without interruption.

Strengthen cyber resilience through local control

Local control remains inside the building network, minimizing external exposure and reducing attack surface compared to cloud-only control logic.

Make tenant charging simple and transparent

Support tenant-oriented workflows like access control, allocation, reporting, and fair cost attribution across users.

TARGET ENVIRONMENTS

Designed for real estate portfolios

Voltic supports shared charging infrastructure across multiple users and tenants in: office buildings, shopping centers, residential complexes, mixed-use properties, business parks and campuses, and parking operators and facility management portfolios.

Modern commercial building complex with integrated EV charging infrastructure

LOCAL CONTROL

Why local control matters in buildings

Most platforms rely entirely on cloud logic. Voltic does not.

By running energy logic locally, Voltic enables: continuous operation during connectivity issues, immediate reaction to electrical limits and load changes, infrastructure protection, predictable charging behavior under real-world constraints, and direct integration with on-site energy systems such as batteries, solar, and smart meters.

The cloud remains essential for visibility, workflows, reporting, and billing. The local EMS guarantees safety and stability.

Voltic Edge (EMS)

Local control inside the electrical infrastructure, handling load management, power optimization, and energy limits. Operates independently of cloud connectivity.

Voltic Cloud (CPMS)

Monitoring, configuration, analytics, billing, and multi-site management. Enhances visibility and workflows while energy logic remains on-site.

GETTING STARTED

How Voltic fits into your building operations

Connect chargers and infrastructure without lock-in. Voltic integrates with EV charging stations via OCPP and is designed for mixed, real-world environments. Use Voltic Cloud as your CPMS, or integrate Voltic Edge with an existing third-party CPMS.

Set the rules that match your building reality. Define site limits, charging priorities, and operational policies that keep power limits respected and tenants informed. This can include integrations with building management systems (BMS) and building access authorization when needed.

Operate charging as a building service. Use the cloud layer for monitoring, diagnostics, analytics, reporting, and billing workflows across sites and charger brands.

CAPABILITIES

Capabilities that matter for facility and property teams

Build on your existing systems, without disruption. Align EV charging with your current setup, including existing CPMS, building management systems (BMS), and access control workflows, so charging fits into day-to-day operations without replacing your existing systems.

Energy and capacity control (Voltic Edge)

Static, dynamic, and multi-level load balancing for complex electrical hierarchies
Peak shaving and load shifting with battery integration
Power optimization using priority rules and operational goals

Operations and tenant workflows (Voltic Cloud)

Monitoring and diagnostics, alerts, logs, and error tracking
Users and access control (RFID and grouping)
Billing and payments: tariffs, invoicing, transaction tracking, reporting
Analytics and exports for property reporting

Ready to get started?

Tell us about your building or portfolio and we will recommend a rollout plan that fits your electrical limits.

See how U Center 2 scaled workplace charging in Bucharest: 56 stations, 1,232 kW installed, zero outages, and no grid upgrades.

Get the full case study (PDF)
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