Green Energy Platform

Integrated Digital Energy Platform

Enhancing the performance and stability of solar and BESS assets through an integrated platform combining HEIS, SCADA, and TCS.

System Solutions Overview

Integrated Digital Energy Platform

HCU enhances the performance and stability of solar and BESS assets through an integrated digital platform combining HEIS, SCADA, and Tracker Control Systems (TCS). By integrating real-time monitoring, system control, and advanced analytics, our platform improves operational visibility, maintenance efficiency, and long-term asset performance.

This platform integrates plant control, operational monitoring, and O&M workflows into one unified digital ecosystem.

Integrated digital energy platform overview

Service Overview

IT Solution
H
All-in-One Energy Integration Platform
HEIS
S
Monitoring & Control System Solution
SCADA
T
Cloud-based Tracker Control System
TCS
Monitoring & Control & Management
Module
Tracker TCU/ NCU
BESS
Inverter
SCADA
HV/MV System
Power Plant
HEIS Platform

Empowering Energy Excellence with the Ultimate All-in-One Platform

The integrated energy control platform connecting plant monitoring, system control, data collection, and O&M operations — from edge devices to cloud-based analytics.

Powered by Hanwha Convergence USA's R&D capabilities and global PV-ESS expertise, HEIS 2.0 delivers real-time operational visibility, data-driven decision making, and optimized performance for solar and BESS portfolios.

* HEIS: Hanwha Energy Integrated System

HEIS 2.0 All-in-One Energy Integration Platform
HEIS 2.0 Ecosystem

All-In-One Platform

Comprehensive platform services from data collection to analysis

Integration of PC-based web service, tablet and mobile app friendly functions

Service Based On In-House R&D Organization and Global Expertise

Immediate service response enabled by internal R&D capabilities and on-site validation through actual user feedback

Global operation experience in the US, Japan, Vietnam, etc.

Benefits

O&M Efficiency

  • Efficient work processes for owners and operators through seamless integration of data from core resources
  • Increase in O&M efficiency through the automation of work management and power generation forecast based on AI

Cost Saving

  • Transparent O&M systematic process to ensure cost savings and fosters firm trust among users (operators, managers and site owners)
  • Customizable tracking of O&M activities to reduce unnecessary O&M costs

Safety and Security

  • Improved alarm function for faster incident response and increased power plant stability
  • Enhanced alarm log function for device-specific and time-based analysis, strengthening O&M preventive maintenance capabilities
Features

Customizable Overview Display

  • Dashboard and main monitoring display customizable for all user purposes
  • Features and templates customizable for each user roles (Manager, ROC, Customer, etc.)
  • KPI tracking & validated data Reporting
Customizable Overview Display screenshot

Compact Power Plant Status & Comparison

  • Monthly/daily power generation information
  • Key status updates of multiple power plants are summarized and displayed in a card format
  • Enhanced plant integrated management with multi-parameter and widget functions
  • Freely grouping power plants and highlighting specific data points
Power plant status overview
Architecture

HEIS 2.0 Suite: Harnessing the Power of Edge to Cloud Integration

HEIS 2.0 Suite combines task-oriented solutions from edge to cloud To boost system availability and scalability — from stable IoT data gathering across Weather, Irradiance, Solar, and ESS devices at the PV/ESS Plant, through HEIS.IoT and HEIS.IoT WiFi layers, to HEIS.UEP and HEIS.O&M services running on AWS Cloud.

HEIS 2.0 Architecture diagram: Edge to Cloud integration showing PV/ESS Plant IoT data flow through HEIS.IoT to AWS Cloud services including HEIS.UEP and HEIS.O&M
SCADA

Integrated SCADA for Utility-Scale Operations

Real-Time Plant Control, Monitoring & Performance Visibility.

HCU's SCADA platform serves as a centralized control layer for utility-scale PV and BESS assets, enabling real-time visibility, control, and performance optimization across the entire plant.

SCADA control and monitoring interface for utility-scale operations

Key Capabilities

ㆍProprietary SCADA platform purpose-built for PV and BESS operations.

ㆍReal-time monitoring, control, and advanced diagnostics.

ㆍSeamless integration with plant control systems and O&M workflows.

ㆍField-proven commissioning and system validation methodology.

Operational Benefits

ㆍFaster response to faults and operational events.

ㆍImproved visibility across plant-level and asset-level performance.

ㆍReduced downtime through integrated monitoring and diagnostics.

Tracker Control System

Tracker Control System (TCS) Precision Control for Utility-Scale Solar Trackers

HCU's Tracker Control System (TCS) enables real-time control, monitoring, and diagnostics of solar tracker systems, supporting stable operation and optimized energy production.

Integrated with SCADA and O&M operations, the system enhances fault detection, streamlines troubleshooting, and improves overall tracker performance across solar assets.

Utility-scale solar tracker system

Key Capabilities

ㆍProprietary tracker control system designed for utility-scale solar plants

ㆍReal-time tracker positioning, monitoring, and alarm management

ㆍSeamless integration with SCADA and O&M systems for unified control

Operational Benefits

ㆍReal-time visibility into tracker performance and fault conditions

ㆍFaster troubleshooting through integrated system architecture

ㆍImproved energy yield through optimized tracker positioning