Welcome to GreenMore
Welcome to GreenMore
GreenMore builds source-grid-load-storage smart microgrids that connect distributed solar, wind, battery storage, load control and intelligent power distribution into one coordinated system. The result is reliable on-site power for factories, industrial parks and public buildings — self-generated and consumed locally, shifted from peak to off-peak, backed up during outages and managed to cut both energy cost and carbon emissions.
Clean energy consumed on site, intelligent grid dispatch, dependable backup power, and site-wide savings.
Industrial parks and smart factories
Cut demand charges, profit from peak-valley arbitrage, avoid production shutdowns from rationing and keep critical equipment running.
Industrial and science parks
Shared energy infrastructure, net-zero park targets, energy benchmarks for investment attraction and overall efficiency gains.
Public buildings and complexes
Offices, venues and transport hubs with integrated PV and BIPV, green-building certification and low-carbon retrofits.
Data centres, hospitals, telecom rooms
High-reliability backup power that lowers outage risk and protects critical loads around the clock.
Remote and weak-grid sites
Islands, mines and rural stations that replace costly diesel generation and reduce operating expense.
Tourism and municipal landscapes
Flexible PV and metal BIPV roofs that combine power generation with architectural appearance.
Distributed rooftop or ground-mount PV, with wind where the resource suits, supplies the primary clean energy and offsets grid consumption during daylight hours.
Lithium battery systems with integrated fire protection, thermal control and BMS store surplus energy, shave peaks, smooth load and provide emergency backup — the module that keeps the microgrid stable and profitable.
High- and low-voltage distribution cabinets, grid-connection cabinets, breakers and lightning protection safely transfer and allocate power between generation, storage, the grid and loads.
The brain of the microgrid monitors generation, consumption, storage and time-of-use prices around the clock, then schedules charging in low-price periods, discharging in peaks and seamless grid-to-island switching to maximise returns.
Production equipment, lighting and HVAC loads are metered, analysed and controlled in real time, pinpointing waste so energy can be managed precisely and overall cost reduced.
Fire warning, temperature and humidity sensing, smoke detection, video surveillance, remote O&M and fault alarms keep the system safe, compliant and dependable over its operating life.
Economic
Long-term lower energy cost and steady returns through green-power trading, arbitrage and efficiency.
Safety
An independent backup supply avoids production losses from outages and rationing.
Policy
Aligns with dual-carbon policy, supports energy targets, green awards and brand image.
Asset
Upgrades site energy infrastructure and adds lasting value and competitiveness.
GreenMore supports the full project lifecycle — site survey, solution design, feasibility and permit support, design and integration, equipment supply, construction, grid acceptance and O&M hosting. Based on each site's conditions, load profile and budget, we deliver standardised, lightweight or fully custom source-grid-load-storage microgrids. Systems are engineered for a 25-plus-year service life, with outdoor cabinet kits that are straightforward to install and maintain; lithium batteries, PCS and EMS components carry a 3-year warranty.
A smart microgrid is a local energy system that combines distributed generation, battery storage, intelligent distribution and an energy management system. It can operate connected to the grid or independently, balancing local supply and demand automatically.
Yes. When the grid is available, the system runs grid-tied to self-consume and capture peak-valley arbitrage. If the grid fails, it transfers to island mode and keeps critical loads powered from PV and batteries, switching back seamlessly on restoration.
It raises self-consumption of on-site solar so less expensive peak-hour grid power is imported, stores low-price energy for high-price periods, lowers demand charges and reduces waste through real-time load monitoring.
Yes — it is one of the strongest use cases. PV and battery storage replace or support unreliable grid supply and diesel generators, providing stable power for islands, mines, rural stations and remote communities while lowering fuel and maintenance costs.
Yes. The microgrid works with conventional PV as well as flexible BIPV and standing-seam metal BIPV roofs, so new or existing buildings can combine integrated solar roofing with storage and smart energy management.
The system is designed for a 25-plus-year service life. Lithium batteries, power-conversion and energy-management components carry a 3-year warranty, backed by design support, remote monitoring, spare parts and commissioning assistance for EPC partners and owners.
Planning a microgrid project? Enterprises, parks and government partners are welcome to discuss custom microgrid cooperation. GreenMore provides a free site survey and proposal — contact our engineering team →
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