CentraLight II, by TSINE Turkiye is the cutting-edge technology among central battery systems. Indoor and outdoor emergency lighting systems, exit lights and sensitive and business critical electronics is on the safe side with CentraLight II without compromising from safety, reliability.
In case of a power failure, CentraLight II Central Battery System supplies all connected escape route and exit sign luminaires with power. Power is not generated in every lamp like in self-contained luminaires, but rather from a central location.
TSINE provides central battery and emergency power systems for commercial buildings, office towers, high-rise developments and mixed-use facilities.
Our inverter-based architecture improves operational reliability, simplifies maintenance and ensures uninterrupted emergency lighting during utility failures.
TSINE designs custom central battery systems for hotels, resorts and hospitality developments worldwide.
Centralized emergency lighting and monitoring reduce maintenance requirements while improving safety, reliability and operational efficiency across large accommodation facilities.
TSINE supplies central battery systems for airports, terminals, railway stations and transportation hubs where life-safety compliance and operational reliability are essential.
TSINE has a dynamic R&D and enough numbers of top talented engineers who specialized in power conversion design for custom inverter-based central battery systems.
Gulf or Europe or North American markets which demanding premium top-notch products with custom specifications for hotels, airports, hospitals and commercial buildingsi TSINE is at work!
Systems can be configured with project-specific voltages, redundancy options, Lithium or Sodium Ion ( Na-Ion ) or different battery technologies and monitoring capabilities to meet demanding international project specifications.
TSINE provides custom-engineered central battery and emergency power systems for North American projects requiring UL and CSA compliance.
Our solutions are suitable for hotels, healthcare facilities, commercial buildings and critical infrastructure applications.
Advanced reliability, robust design, superior connectivity and monitoring & management makes it a Grade AAA product for North Amerrican market which longevity and fail-safe design is required at most.
A Central Battery System (CBS) is a centralized emergency lighting power solution that supplies multiple emergency luminaires from a single monitored battery and inverter system. Compared to self-contained emergency lights, central battery systems simplify maintenance, improve reliability, and provide centralized monitoring for hotels, hospitals, airports, commercial buildings, and critical infrastructure projects.
Self-contained emergency lighting uses individual batteries inside each luminaire, while a central battery system powers all emergency lighting circuits from a single battery and inverter source. Central battery solutions offer easier maintenance, longer service life, centralized supervision, and lower lifecycle costs for large facilities.
Central battery systems are commonly installed in hotels, hospitals, airports, shopping malls, office towers, educational facilities, transportation hubs, and industrial complexes. They are especially preferred where safety, centralized monitoring, and long-term maintainability are critical.
Yes. TSINE designs custom-engineered central battery systems to meet project-specific requirements, including inverter capacity, autonomy time, redundancy level, communication interfaces, battery technology, and local regulatory compliance. Solutions can be tailored for luxury hotels, resorts, mixed-use developments, and large commercial buildings and hospitals, medical facilities.
Yes, The design teams at TSINE is dynamic, solution oriented and there is always a practical way to meet the customer needs at TSINE R&D.
Large hotels often choose central battery systems because they reduce maintenance costs, simplify testing procedures, and improve emergency lighting reliability across hundreds of rooms and public areas. A properly engineered central battery system also provides centralized monitoring and compliance with international life safety standards.
Yes. Modern central battery systems can be integrated with Building Management Systems (BMS) and monitoring platforms to provide real-time status information, alarm reporting, battery condition monitoring, and maintenance notifications.