Energy Projects Integrations that prove efficiency in the field

HVAC, IoT, and cloud integrations delivered with partners such as Carel and Inerpro. Each project shows how we turn efficiency targets into operational results.
Smart building illustration

Completed integrations

Selected energy-efficiency deployments delivered with Jikseo Energy Systems and our OEM partners.

Hotel HVAC Efficiency

Automation, telemetry, and analytics for a multi-storey hotel.

We reconfigured the fan-coil network around a central PLC, layered multi-channel sensing, and streamed field data via LoRaWAN, BACnet, and Modbus into an MQTT-based IoT layer. The retrofit delivered 25% energy savings, balanced room comfort, and surfaced live KPIs for the operations team.

PLCLoRaWANModbusBACnetMQTT
−25% energy consumption+10% comfort indexROI in 8 months

Multi-site IoT Monitoring

Unified data model across distributed commercial buildings.

We deployed IoT gateways, BACnet/MQTT connectors, and LoRaWAN sensors to consolidate energy and environmental data across several facilities. Facility teams now receive predictive alerts and can compare sites through a single analytics layer.

PLCLorawanBACnetMQTTAPI
+90% data visibilityPredictive maintenance alerts

How we deliver energy outcomes

A repeatable framework that keeps integrations interoperable, measurable, and aligned with climate targets.
01

Assessment & architecture

Auditing legacy BMS setups, defining integration scope, and mapping climate goals to clear KPIs.

02

Open-standard integration

Bridging HVAC controllers, gateways, and cloud services with BACnet, Modbus, MQTT, and API orchestration.

03

Automation & analytics

Implementing control logic, dashboards, and alerting flows so operators act on real-time insights.

04

Ongoing optimisation

Tracking performance, reporting savings, and iterating with partners like Carel and Inerpro to scale wins.

Ready to scope your next integration?

Share a building portfolio or solution we can accelerate. We help operators and OEM partners turn efficiency targets into deployed systems.