Domain Expertise

Clean Energy

Grid-aware EV charging platforms and Energy Storage System orchestration — built for multinational energy leaders expanding across North America and beyond.

What We Do

Engineering Smart Energy Platforms That Optimise the Grid

L&Q Technologies delivers cloud-native EV charging and Energy Storage System platforms for multinational energy leaders deploying clean infrastructure across North America. We translate complex energy control strategies — predictive load, peak shaving, TOU tariffs — into scalable, production-grade software systems.

Our platforms go beyond monitoring: they turn passive charging infrastructure into intelligent, grid-aware energy ecosystems that prevent transformer overload, reduce demand penalties, and prepare operators for OCPI ecosystem interoperability.

OCPI Protocol Ready
MPC Predictive Control Engine
ESS Storage Orchestration
EV Charging & ESS Platform

Trusted by Clean Energy Leaders

Core Capabilities

What We Build for You

From real-time charger visibility to predictive ESS orchestration — we engineer the full intelligence stack for grid-aware clean energy infrastructure.

EV Charging Management Platform

Live charger status and session tracking, energy consumption monitoring, aggregated operational dashboards, and role-based administrative controls — full operational visibility across all charging sites.

Predictive Load Optimisation

Model Predictive Control (MPC) engine with short-term load forecasting prevents transformer overload and peak demand penalties — delivering tariff-aware charging optimisation at site and fleet level.

ESS Orchestration & Control

Energy Storage System performance monitoring (SoC, power flow, usage patterns), smart charge/discharge scheduling, peak shaving, demand charge mitigation, and grid load balancing.

OCPI Protocol Integration

OCPI-ready API framework enabling seamless interoperability with third-party EV networks, roaming agreements, and ecosystem partners — future-proofing your infrastructure for network expansion.

Site Intelligence & Visualisation

Interactive site layout visualisation, transformer and load monitoring, configurable alert engine, and comprehensive reporting and analytics — giving operators complete site awareness in real time.

Multi-Site Scalability

Cloud-native architecture designed for pilot-to-production rollout across multiple sites and geographies — the same platform that runs a pilot deployment scales to a full North American network.

Technology Stack

Cloud-Native Stack Built for Energy Intelligence

Our clean energy platforms combine IoT device integration, real-time cloud processing, and predictive analytics to deliver end-to-end grid awareness.

Azure / AWS (Cloud-Native) IoT Platform OCPI Protocol ESS Integration Real-Time Analytics Model Predictive Control (MPC) Event-Driven Architecture Time-of-Use Tariff Engine Load Forecasting Role-Based Access Control API-Driven Integration Docker / Kubernetes CI/CD DevOps
Industry Verticals

Clean Energy Segments We Engineer For

From commercial EV fleets to grid-tied ESS deployments — our platforms adapt to the specific operational and regulatory demands of each energy segment.

Commercial EV Fleets

Fleet-level charging management with smart scheduling, load balancing across chargers, and reporting — minimising energy cost while maximising vehicle availability.

Commercial & Industrial Sites

On-premise EV charging with transformer load management, TOU tariff optimisation, and demand charge mitigation for large commercial and industrial energy consumers.

EV Charging Networks

Multi-site, multi-operator charging networks with OCPI roaming interoperability, centralised management dashboards, and white-label portal capabilities for CPOs and MSPs.

Solar + Storage Microgrids

Integrated solar generation and battery storage management — smart dispatch algorithms optimise self-consumption, grid export, and backup reserve based on real-time conditions.

Smart Parking & Mobility Hubs

EV charging integrated with parking management, payment processing, and occupancy monitoring — creating seamless urban mobility hubs that combine convenience with energy intelligence.

Industrial Energy Management

Real-time energy monitoring across industrial facilities, automated peak demand management, and compliance reporting — reducing energy costs while maintaining uninterrupted operations.

Proof of Work

Real Platforms. Real Results.

From EV charging infrastructure to energy storage orchestration — our clean energy engagements deliver predictive intelligence at production scale.

EV Charging & ESS Platform
Clean Energy / IoT

EV Charging & ESS Management Platform

Cloud-native platform for a multinational electronics leader — predictive MPC load control, ESS orchestration, OCPI readiness, and multi-site scalability deployed across North America.

Read Full Case Study
IoT Platform for Energy
IoT / Energy

Highly Scalable IoT Platform Powering Energy & Water Optimisation

Open-source Kafka + Spark + Cassandra platform enabling real-time energy and water consumption monitoring across 6 vertical markets — including buildings, facilities, and industrial sites.

Read Full Case Study
Why L&Q

Why Clean Energy Operators Choose L&Q

Energy Control → Production Software

We don't just build dashboards — we translate complex energy control strategies (MPC, TOU, peak shaving) into battle-tested production software. This is a rare capability that most software teams simply do not have.

IoT + Energy Platform DNA

8+ years of IoT platform engineering means we understand device connectivity, real-time data pipelines, and protocol integration at a depth that generic software firms cannot match — applied directly to energy infrastructure.

Pilot to Multi-Site at Scale

Our cloud-native architecture is designed from day one for multi-site rollout. The same platform that powers your pilot deployment is the foundation for your national network — no re-architecture required.

Launching or Scaling EV Infrastructure? Let's Talk.

Share your clean energy vision with our platform engineers. We'll walk you through architecture options, ESS integration models, and a delivery roadmap from pilot to national rollout.

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