Integrated Energy Systems
An integrated energy solution that combines generation, storage and control — up to a standalone grid.
Solar and ESS integrated system
A generation and storage system that pairs solar with ESS
Solar generation, ESS storage and EMS-based charge/discharge control are combined into one system that raises self-consumption and power stability — applied to renewable self-sufficiency and peak shaving at residential, commercial and industrial sites.
- Generation and storage linkage
- Energy optimisation
- Maximised self-consumption
Residential Hybrid InverterRECS-PZ
Single-phase hybrid inverter
- Rated output
- AC 3600 / 4000 / 4600 / 5000W
- Rated energy and capacity
- PV input 5000–6500W
- Battery type
- Lithium Iron / Lead Acid
- Voltage
- Battery 40–60V, AC 230V
- Cooling and protection
- Natural cooling · IP65
- Dimensions W×D×H (mm)
- 575×
495× 200 - Model
- ZGE-P-Z-A3.6 / A4 / A4.6 / A5 (4 models)
- Certification
- EN/IEC 62109·62477, VDE 4105, AS/NZS 4777.2 and more
Residential ESSRECS-BZA
LV stackable storage unit
- Rated output
- Charge/discharge rated 50A / max 100A
- Rated energy and capacity
- 5.12 / 10.24 / 15.36 / 20.48 / 25.6 / 30.72 kWh
- Battery type
- LFP (lithium iron phosphate)
- Voltage
- 51.2V (47.2–58.6V)
- Cooling and protection
- IP65 · condensed aerosol suppression
- Dimensions W×D×H (mm)
- 710×
400× 375 – 1125 - Model
- ZGE-B-Z-A5.12 – A30.72 (6 models)
- Certification
- IEC 62619, UL1973, UL9540A, UN38.3, MSDS
Industrial & CommercialAll-in-One BESS
All-in-one battery energy storage system
- Rated output
- 186.3kW (PCS 215kVA)
- Rated energy and capacity
- 372.7 kWh
- Battery type
- LFP · 1P416S ×
8 packs - Voltage
- 1331.2V (1164.8–1497.6V)
- Cooling and protection
- Liquid cooling · IP66 / IP55
- Dimensions W×D×H (mm)
- 1720×
1350× 2500 - Model
- ZGE-CI-Z-186-372 (PCS)
- Certification
- IEC 62477·62619, VDE 4110, UL1741·9540A and more
Utility ScaleUtility BESS
Containerised battery energy storage system
- Rated output
- Confirmed after configuration review
- Rated energy and capacity
- Per container (BMS, PCS, transformer and EMS integrated)
- Battery type
- LFP · 1P416S ×
8 clusters - Voltage
- Confirmed after configuration review
- Cooling and protection
- Multi-TMS · Perfluoro suppression
- Dimensions W×D×H (mm)
- Container (20ft class)
- Model
- Containerised (Battery+PCS+Tr+EMS)
- Certification
- Confirmed after configuration review
Small hydro integrated management system
An integrated solution for small hydro EPC and operations
Flow-variation control, generation monitoring (HY-Q), ESS integration and remote operation are combined into one management system that maximises output and operating stability at river and canal type small hydro plants.
Flow-responsive control
Generation equipment is controlled automatically as flow changes.
Real-time supervision
Equipment condition and generation status are checked in real time so early warning signs are caught quickly.
Remote operation
The system can be reached from anywhere to operate equipment safely.
Microgrid
A grid-tied microgrid built on renewables and ESS
Distributed generation such as solar and small hydro, together with ESS and EMS control, is bound into one local grid that supports both grid-tied and islanded operation — applied to islands, industrial complexes and remote areas that need power stability.
Standalone operation
Independent energy operation supplies power reliably even without an external grid.
Grid connection and islanding
The grid can be connected or separated flexibly to suit operating conditions.
Stable supply
Energy flow is optimised to keep power supply stable and continuous.
Overseas energy independence package
A renewable EPC package for developing countries
Small hydro and solar generation, ESS, mini-grids and O&M are bundled into one package that delivers reliable power where infrastructure is scarce.
Generation and storage build-out
Solar, wind and ESS are built together to establish a stable energy base.
Locally tailored design
The optimal energy system is designed around local conditions and operating requirements.
Energy independence
Sustainable energy operation lowers dependence on external power and supports self-sufficiency.
Smart farm energy system
An integrated renewable and storage energy system for farming sites
Renewable generation, ESS and energy management are combined for agricultural settings to supply farming loads — heating and cooling, irrigation, cold chain — reliably, cutting energy costs and raising productivity for farms and agricultural corporations.
Energy independence
Solar, wind and ESS are built together to establish a stable energy base.
Automatic environment control
The optimal energy system is designed around local conditions and operating requirements.
Cost reduction
Sustainable energy operation lowers dependence on external power and supports self-sufficiency.