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Six commercial environments, One adaptable platform

CORPORATE FLEET DEPOTS
LOGISTICS & DISTRIBUTION CENTRES
MULTI-TENANT COMPLEXES
ENERGY-CONSTRAINED FACILITIES
COMPANY VEHICLES
CONSTRUCTION SITES
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Discover 6 proven applications

Built for Real‑World Operations

High‑Demand Smart Charging for Business‑Critical Fleets

Corporate EV fleets operate on strict schedules where vehicle readiness is essential. GetWatted ensures predictable charging, operational uptime, and cost‑optimised energy usage. Also, coordinates charging priorities based on fleet assignments, availability windows, and shift patterns.
Why it matters:
Businesses gain intelligent load balancing, vehicle‑ready alerts, fleet utilisation reporting, staff‑specific permissions, and deep ERP/telematics integrations. The result is a seamless charging ecosystem that supports daily operations without risking overload or downtime.

Smart Energy Management for High‑Throughput EV Operations

Logistics hubs require exceptionally reliable energy control to keep delivery vehicles, warehouse machinery, and overnight charging cycles running smoothly. GetWatted enables dynamic load management that adapts to fluctuating site demand, solar production, battery storage, or heavy industrial loads onsite.
Why it matters:
Our CSMS protects electrical infrastructure, automates charging shifts, and delivers real‑time operational analytics. From long‑dwell overnight charging to rapid turnaround workflows, the system ensures every vehicle receives the power it needs with maximum efficiency and zero impact on core operations.

Flexible Access Control and Consumption Tracking for Businesses

Office parks, coworking spaces, and business complexes need a controlled way to provide EV charging to tenants and staff without creating billing or access headaches. GetWatted offers a white‑label platform with tenant‑linked accounts, role‑based permissions, automated invoicing, and consumption reporting.
Why it matters:
Building operators gain a frictionless charging ecosystem that integrates with access control systems, supports site‑specific tariffs, and ensures safe load balancing across shared infrastructure. Everything remains branded to the property’s identity while delivering a high‑value amenity to tenants.

Advanced Load Control Across Heavy Machinery and EV Chargers

Industrial facilities often operate near their electrical capacity due to machinery, HVAC systems, and production equipment. Adding EV chargers requires high‑precision load management. Cerberus DLM monitors real‑time consumption and dynamically assigns power across chargers without affecting operational equipment.
Why it matters:
Businesses avoid costly electrical upgrades while safely integrating EV charging into existing infrastructure. The system prioritises critical loads, maintains site stability, and ensures EVs charge efficiently—even as heavy equipment cycles on and off.

Optimised Energy Allocation and Time‑Based Rules for Workplaces

Businesses offering EV charging to employees need to prevent overloads, manage energy budgets, and enforce fair access. GetWatted provides staff/visitor profiles, time‑of‑use pricing, and automated rule‑based controls that ensure efficient use of limited electrical capacity.
Why it matters:
The platform creates a balanced environment where staff enjoy reliable charging, while companies maintain full visibility into energy usage, sustainability metrics, and operational cost impact. It supports both dedicated company vehicles and mixed personal EV charging.

Temporary Power Management and Mobile EV Charging for Dynamic Work Environments

Construction sites operate with constantly changing layouts, temporary electrical supplies, and fluctuating power demands. GetWatted’s CSMS ensures safe, intelligent, and adaptable EV charging across mobile chargers, generators, site batteries, and limited grid connections.
Why it matters:
Our platform provides real‑time load balancing across temporary distribution boards, integrates with on‑site solar or battery containers, tracks vehicle and machinery charging cycles, and prevents overloads during peak tool and equipment usage. With remote monitoring, automated alerts, and site-specific power rules, construction teams gain operational continuity without risking outages or equipment downtime — even as the site evolves day by day.
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