GEL Battery PG300-2 2V 300AH Deep Cycle High Temperature Resistant for Telecommunication and Power Systems

登錄或註冊

語言

Products

Suppliers

Intelligence

搜索歷史記錄

自己株式無償取得 ANKER A121A Б0044388 上海热 malaysias

你也許會喜歡

5 European energy storage importers Energy Storage System Energy lithium battery pack

x

首頁 > 所有系列 > All Batteries > lead-acid batteries > GEL Battery PG300-2 2V 300AH Deep Cycle High Temperature Resistant for Telecommunication and Power Systems

GEL Battery PG300-2 2V 300AH Deep Cycle High Temperature Resistant for Telecommunication and Power Systems

Guangdong Pattern New Energy Co., Limited 2009

Summary

PG300-2 GEL Battery is a 2V 300AH deep cycle energy storage solution engineered for high temperature resistance and long service life. Featuring advanced nano-silica gel technology, this valve-regulated lead-acid battery prevents premature water loss and delivers exceptional cycle performance up to 1200 cycles at 30% DOD. Designed with high-tin alloy thickened grids and a proprietary compound paste formula, it ensures stable and consistent power output ideal for telecom infrastructure, railway backup systems, airport control networks, and marine energy storage applications. With a design life of 18 years under float operation, this ABS-encased battery provides reliable power protection for critical energy systems in extreme environments.More

Specifications

Nominal Voltage:

2V

Nominal Capacity:

300AH/C10

INQUIRY

Description Download

Model Number:PG300-2
2V300AH/C10 AGM DEEP CYCLE TYPE,FLAT PLATES
Rated Voltage: 2V
Rated Capacity:300AH/C10
Dimension(L*W*TH) In mm:171*151*366
Gross Weight per Piece:17.7kgs
OEM:Available
Sealed Type:Sealed
Maintenance Type:Free Maintenance
Material of metal in side:Lead and Acid
Battery Container Material:ABS
Battery Color valid:Black/Gray/Dark Gray/Blue/Red/Yellow/Green
Certification:ISO9001/ISO14001/OHSAS18001/CE/UL
Products Design Life at 25℃:
18 years floating Use
1200 times at 30% DOD（Depth of Discharge）

Guangdong Pattern New Energy Co., Limited

Guangdong Pattern New Energy Co., Limited

2009

sealed lead acid batteries, solar panels

Contact Supplier

Global Project Monitoring

04/24/2026 01:18:38 Virginia Utility Deploys 25 MW Distributed Energy Storage System
04/24/2026 01:18:38 Chile's Limes 150 MW Energy Storage Project Obtains Environmental Permit
04/24/2026 01:18:38 Saudi SPPC Launches Prequalification for 12 GWh Battery Energy Storage Project
04/23/2026 02:11:29 Rivian partners with Redwood Materials to deploy energy storage system, utilizing over 100 used battery packs to provide 10 MWh of electricity
04/23/2026 02:11:29 DTE Energy in the United States is tendering an energy storage project with a total capacity of 480 megawatts, requiring it to be operational by the first quarter of 2029.
04/22/2026 02:01:23 The Dominican Republic Launches New Tender to Add Energy Storage Systems to Existing Renewable Energy Projects
04/22/2026 02:01:23 The Loma Verde project in Chile enters environmental assessment, including 90 MW photovoltaic and 90 MW/450 MWh energy storage system
04/22/2026 02:01:23 Spain(España)'s Reden and Circle Energy to Jointly Develop 200 MW Independent Battery Energy Storage Project
04/22/2026 02:01:23 Swedish company Ingrid Capacity launches new 600MWh energy storage project, incorporating 4-hour storage systems for the first time
04/22/2026 02:01:23 Romania's Hidroelectrica advances 3.1GWh energy storage project, investing over €60 million in energy storage system for Iron Gate 2 hydropower plant

Download

REQUEST MORE DETAILS

Please fill out the form below and click the button to request more information about

Fill out the form below to make an inquiry

Company*

Country/Region*

FirstName*

LastName*

Email*

Whatsapp/Phone*

Product Description*

Verification code*

We needs the contact information you provide to us to contact you about our products and services.

If your supplier does not respond within 24 hours, we will connect you with three to five qualified alternative suppliers.

我們使用 Cookie 來改善您的線上體驗。繼續瀏覽本網站，即表示您同意我們使用 Cookie。