80kw Industrial And Commercial Storage Solar Panel System

80kw Industrial and Commercial Storage Solar Panel System

80kw industrial and commercial storage solar panel system contains solar panel,storage inverter,Gel battery,mounting rack,cable, etc. About 800 square meter on the flat rooftop and 500 square meter on the pitched rooftop is needed to fix the solar panel. Integrated with a sophisticated EMS energy management system, the solution intelligently distributes energy among PV arrays, battery bank, on‑site loads and utility grid. It raises self‑consumption ratio of solar energy, realizes peak‑valley arbitrage to cut heavy industrial‑commercial electricity expenses, and smooths power output fluctuations caused by changing weather conditions. Seamless switching between grid‑tied and backup modes secures stable power supply for critical production and business equipment, and helps enterprises meet carbon‑reduction targets.

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Description

Technical Parameters

Hybrid storage solar system Diagram

500kW Hybrid Solar Storage System with HJT 700W Panels Lithium Battery

Solution and components

Solution and components(80KW)
No.	Component	Description	Quantity
1	Solar Panel	TOPCon solar panel 580W The following models are optional TOPCon solar panel 630W HJT solar panel 700W Back Contact solar panel 450W Back Contact solar panel 625W PERC solar panel 660W	138 pieces
2	70KW storage/hybrid inverte	AC 400V 50/60hz	1 pieces
3	Lithium-ion battery	51.2V 314Ah (available)	10 pieces(available)
4	Mounting Support	Pitched / flat roof, ground	1 set
5	Cable	Single-core 4mm2 and 6mm2 PV cable	1500 meters
6	Connector	MC4 connector	40 pairs
7	Tools suit	5 kinds of PV installation tools	1 bag

Products Description

Our 80kW commercial and industrial photovoltaic‑energy storage system is a high‑power hybrid turn‑key solution designed for medium‑sized factories, processing plants, shopping malls and large commercial facilities. Under standard solar irradiation, the system delivers 320‑400 kWh of daily power generation. Surplus solar power is stored in matched high‑capacity battery packs, supporting night‑shift production, peak‑period load supply and emergency backup power when grid outages occur.

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