50kw Industrial Storage Solar Power System

50kw industrial storage solar power system consists of solar panel,storage inverter,Gel battery,mounting support,cable, etc. It covers around 500 square meter on the flat rooftop and 350 square meter on the pitched rooftop to fix the solar panel. A 50kW solar system in sunlight rich area can be expected to produce around 4 kWh per kW of installed capacity per day, averaged throughout the year. This would work out to a total of about 200kWh of solar energy per day for your business. Otherwise,the battery can be charged at valley of electricity and discharges at peak of electricity which help reduce the power bills.

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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(50KW)
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	180 pieces
2	50KW storage/hybrid inverte	AC 400V 50/60hz	1 pieces
3	Lithium-ion battery	51.2V 314Ah (available)	8 pieces(available)
4	Mounting Support	Pitched / flat roof, ground	1 set
5	Cable	Single-core 4mm2 and 6mm2 PV cable	1000 meters
6	Connector	MC4 connector	24 pairs
7	Tools suit	5 kinds of PV installation tools	1 bag

Products Description

The 50kW C&I photovoltaic‑storage hybrid system generates 200‑250 kWh per day under standard solar irradiation. Matched with large‑capacity battery packs, it stores abundant daytime surplus solar energy. The reserved power can cover evening production loads, offset peak‑period grid consumption, and deliver emergency backup power for critical equipment during grid outages, perfectly matching the energy demand of small factories, processing workshops and commercial complexes.

Powered by smart energy management, the system prioritizes on‑site self‑consumption of generated solar power. It charges batteries during low‑price off‑peak hours and discharges at high‑price peak tariff periods, realizing peak‑valley arbitrage. It greatly cuts commercial electricity expenditure, reduces dependence on utility grid, and brings stable and predictable investment payback for industrial and commercial users.

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