GCL Zero-carbon Park-GCL Energy Technology

Pioneer in Smart Zero-Carbon

GCL ET's Xin Zero-Carbon is a pioneering enterprise in smart zero-carbon solutions, focusing on the full lifecycle service of innovative energy power stations. Through large-scale development of clean energy projects, we achieve deep emission reductions, empower industrial development, and create green value.

Xin Zero-Carbon is committed to integrating advanced zero-carbon technologies and industrial resources, driven by zero-carbon parks and clean energy projects, leading the energy industry towards a zero-carbon future. It is a steadfast practitioner of sustainable development.

Diverse Core Services for
Zero-Carbon Park Construction

Wind + Solar +
Storage + Charging (+ Computing)
Direct Green
Power Connection
Integrated
Energy Supply
On-site Distribution
Networks
Resource Utilization
& Zero Discharge
Energy Saving & Carbon
Reduction Retrofit
Green Industry
Collaborative Innovation
Energy & Carbon
Management Services

Wind + Solar +
Storage + Charging (+ Computing)

Direct Green
Power Connection

Integrated
Energy Supply

On-site Distribution
Networks

Resource Utilization
& Zero Discharge

Energy Saving & Carbon
Reduction Retrofit

Green Industry
Collaborative Innovation

Energy & Carbon
Management Services

Xin Zero-Carbon Park
Energy & Carbon Management Platform

Xin Zero-Carbon Park Energy & Carbon Management Platform

Wind + Solar + Storage + Charging (+ Computing)

Wind-Solar-Storage-Charging-Computing integration: organically integrates five core modules—wind power, solar PV, energy storage dispatch, charging services (including battery swap and testing), and intelligent control forecasting—to build a "self-generation, self-consumption, surplus storage, peak-valley complement, on-demand supply" integrated green energy system, providing clean, efficient, and stable energy solutions for parks. It is the core support for clean energy in zero-carbon parks.

PVT System

PVT system: a new energy equipment that deeply integrates photovoltaic power generation and solar thermal collection technology—through special PV modules, while absorbing solar energy to generate electricity, it also recovers the heat generated during PV module operation, achieving dual output of "electricity + heat", solving the pain points of traditional PV modules such as poor heat dissipation and efficiency loss due to temperature.

Carbon Capture, Utilization & Storage (CCUS)

CCUS: captures CO2 emitted from energy scenarios, safely transports it for recycling or storage in deep underground geological formations, thereby reducing greenhouse gas emissions and supporting zero-carbon transition. As a key negative carbon technology, it addresses the pain points of hard-to-abate industries, compensates for the limitations of new energy substitution, and provides a critical technological guarantee for achieving net-zero emissions across society.

Core Advantages

Twin-Driven

Advanced technology foundation
Digital intelligence efficiency enhancement
Full Lifecycle

One-stop closed-loop service
Covering the entire zero-carbon construction process
Multi-Scenario

Full scenario coverage
Adapting to diverse zero-carbon needs
Customized

Precise demand matching
Creating exclusive zero-carbon pathways