Commercial & Industrial Solution
One-stop Solution Easier Enterprises
Livoltek offers commercial and industrial solutions for EPCs, developers, and owner – operators. We harness roof resources effectively. Our strong technical expertise and optimized designs ensure high – current PV module compatibility, driving new revenue streams and enhancing project value for our users.
Solution Classification
The stand-alone PV system reduces grid reliance, cutting costs and generating revenue by selling excess power.
With government subsidies in some regions, it’s an ideal, cost-effective option for industrial and commercial sites.
≤300KW
≤500KW
ECO & ≤300KW
C&I On-grid PV Solution
≤300KW
≤500KW
ECO & ≤300KW
SMALL C&I HYBRID ON-GRID PV ESS
≤300KW
≤500KW
ECO & ≤300KW
MEDIUM C&I ON/OFF-GRID PV ESS
≤300KW
≤500KW
ECO & ≤300KW
C&I PRODUCTS
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
Grid-tied Inverter
GT330K/33K/36K/37K5/40K/50K/60K1
GT3-10K/15K/20K/25K/30K L1
GT3-30K/36K/40K/50K/60K M1
CASES
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.
1MWp Solar Rooftop Powers Textile Factory with 125kW Hybrid Inverter
7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.7*GT3-125K hybrid inverters, split into two systems (Each substation is equipped with 3 inverters and 4 inverters)
It supports 1050 kWp of modules, with an actual installed capacity of 999.9 kWp.