AIO Systems has vest experience and knowledge of management and control energy resources for Telecom Market and power stations. AIO’s provides full power solution using smart and reliable renewable energy among legacy power sources.
AIO’s powerful intelligent Saver Logic algorithm manage the power sources in the most efficient way reaching the best performance and ensure high power availability, healthy power resources and power grid network.
AIO System offering:
Control, Monitoring and Management Solutions
Smart Management and control for Telecom Remote sites, and data centers
AIO’s Energy solution provides holistic and advanced monitoring, controlling multi energy sources. AIO solution supports fully automated energy sources control and full KPI’s visibility.
AIO’s Energy Efficiency Management monitor and control all sites energy aspect.
AC Systems
DC Systems
AC/DC Generators
Energy Storage
Fuel Sensor
Renewable Energy
AIO’s Energy Approach
AIO solution involving AIOT advance Hardware, Proprietary algorithms & software implemented in both Site level sensor, controllers, and Central management system CMS .
AIO’s solution provides the best visibility and report tracking as a holistic focal approach for Telecoms & Tower’s co.
Main Features
Saver Logic
Energy source optimal usage
Extended battery life-time
Real-time ROI results
Maximize energy efficiency
Grid AC Feed Management
DC Consumers Management
DC Energy Management- Battery
AC/DC Generator & Fuel Management
Hybrid Solar Panel
Hybrid Solar PV & AC Grid, GD, Battery Bank
Main Benefits:
A Holistic energy monitoring system
Supports Wire & Wireless connectivity
Multi connection interfaces with fast integration
Real time Performance indicators
Reducing operational costs
Business Process Module (BPM); security, operation, maintenance, and free process
ROI verification
Process-oriented with northbound support
Extending assets lifetime
Deploy of green energy on the site
3rd party devices to produce the cheapest alternative power
Ensuring Energy savings
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
Using AC Grid tariff & costs optimizing the cost of energy consumption
Reducing the cost of energy by using cheaper grid power for charging batteries
Fuel consumption reduction and related expenses – refueling, and leakage
A/C control
Increasing efficiency of consumption related to DC equipment
Reducing # field visits
AIO's Saver Logic Solution
Optimizes your energy resources
1
All energy aspects are being monitored for optimum performance
Batteries: v & amps
Environment: temp & humidity
Generator status
DC system and shelter optimization
2
Optimal usage of solar, batteries, and diesel generators
3
Extended battery lifetime
4
Results in real-time for ROI calculation
5
Real time picture & Alert correlation
6
Operation of 3rd party devices to produce the cheapest alternative power and maximize energy efficiency
Grid AC Feed Management
Control (turn on/turn off) all AC consumers on site — A/C, DC Supply Systems, Heaters
Deliver A/C status and Running Hours
Optimal Tariff Consumption—Switching To Battery On High Tariff Hours
DC Consumers Management
Monitor All Battery Statuses—Charge, Current, Temperature
Perform Remote Battery Capacity Testing
Monitor Consumer Behavior and Load
Turn Off DC Consumers on Low Efficiency and Switch to Battery Power
DC Energy Management- Battery
Each battery cell can be monitored, activated or deactivated remotely
Assess battery life according to history battery working status
AC/DC Generator & Fuel Management
Full control of Diesel Generator
Multiple Vendor GenSet Interoperability
Fuel consumption charts: Fuel tank level, fuel consumption, generator working hours, fuel consumption rate, and nominal fuel consumption
Low fuel level alerts, refueling schedules, and fuel theft indicators
Turn On/ Off, Failure Report
Hybrid Solar PV & AC Grid, GD, Battery Bank
Solar system suitable to BTS sites
Integrated to AIO’s hybrid power system
Monitoring the performance of the Solar System
Alerts in case of low performance or faults
Availability of solar source:
Solar energy as the primary source
Battery bank charging from renewable solar source;
When the solar source can not supply all energy requirements
Use other power sources;
Grid AC Feed Management
Site efficiency
KPI’s monitoring
ROI calculation
P&L monitoring
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