Telecom Energy Infrastructure

Telecom Energy Infrastructure

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Energy costs for telecom tower operators account for 75-80% of operational expenditures and that could rise to 85-90% in case of low grid coverage. The growing energy challenge in large measure is due to high data demand and the corresponding need for data centers.

As the operator’s energy consumption expands, the telecom operator’s carbon footprint is also likely to expand. Hence, switching to energy efficient technologies particularly renewable energy helps lower operational costs and reduce carbon emissions.

Our telecom energy infrastructure solutions while ensuring up to 99% network uptime offers maximized OPEX (operational expenditure) savings using smart techniques to cut consumption and emissions.

Driving energy efficiency through data analytics

The opportunity to analyze vast amounts of data on real-time demand and traffic through IoT sensors allows effective site monitoring and automated decisions. You can find out the key features about Reon’s data analytics for telecom energy assets under Digital Solutions. Beneath find some references to savings created through data analytics:

Grid / Fuel Theft Monitoring & Control



Problem
Electricity & Fuel are two cost drivers at telecom sites. Fuel theft further drives up the operational cost.


Solution
Hardware deployment on-site inclusive of Anti-Theft Meters
for real time theft detection, fuel level sensors and controllers, and reporting on SPARK application.


Impact
Theft cases detected on 20+ sites were rectified within 24-hours. This has resulted in monthly OPEX savings of 15-20% per site.

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Battery BMS Integration



Problem
Product life and warranty insurance covers a period of 5- years, however faults due to poor upkeep of critical parameters such as temperature, Depth of Discharge (DoD), and backup are not covered under insurance.


Solution
Insights over SPARK can help identify the problem based on critical parameters and thus improve operational efficiency and life.


Impact
Requirement of field visits for analysis and troubleshooting has gone down by 70- 80%.

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DIGITAL SOLUTION

Increased penetration of intermittent renewable energy requires real-time understanding of network status to allow for a rapid on-field or backend response as changes occur. The Reon Energy Analytics application SPARK is designed to enable operators to maximize performance, reduce risk and to increase system flexibility.

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How do we use product innovation to deliver cost savings?

The opportunity to analyze vast amounts of data on real-time demand and traffic through Iot sensors allows effective site monitoring and automated decisions. You can find out the key features about Reon’s data analytics for telecom energy assets under Digital Solutions. Beneath find some references to savings created through data analytics:

Microcontroller based RMS Hardware

Problem:
Limited functionalities for remote advance level operations.

Solution:
Installation of Linux based machine to build logic instead of traditional architecture for remote access and control, distributed computing and advanced level operations.

Impact:
In addition to seamless installation, in-built logic allows greater distributed computing power and features such as over the air firmware upgrades and remote access of field devices. This has significantly minimized site visits.

Structural Transformation

Problem:
Space limitations on 80% of urban sites and heavier structures restricted solar installation on rooftops and telecom towers.

Solution:
22 design variants of light weight tower mounts allow solar to be reinforced on telecom towers and rooftop top structures to improve hit ratio. Hit ratio is measured based by a site’s conversion success onto renewable energy as against the total sites received.

Impact:
Existing site hit ratio increased by up to 20% and limited the need for additional land acquisition.

Anti-Theft Cabinet Design

Problem:
Security of batteries in high theft areas is a prime concern as batteries are a high capital Expense (CAPEX) asset at telecom sites.

Solution:
A dual-door cabinet design allows for greater safety of lithium ion batteries and restricts access to battery compartment of rectifier. The plug and play feature have further centralized operations and maintenance making equipment less prone to unintended exposure.

Impact:
Installation of Linux based machine to build logic instead of traditional architecture for remote access and control, distributed computing and advanced level operations.

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We offer energy solutions integrated with digital monitoring and control setup tailored to your financial requirement. Connect with us to co-create energy transition for your business.

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