Flexible solution for operational and predictive energy management of residential and commercial objects and compounds.

Relevant for:

• Commercial property - office buildings and retail shopping malls 

• Administration and municipal buildings - hospitals, schools, etc.

• Infrastructure - railway stations, airports

• Distributed objects - retail, cafe, restaurant chains, gas stations, etc.

• Technological clusters

• Apartment complexes

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AlteroBMS provides

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Intelligent monitoring

• Integrated monitoring interface (electricity, heat, cold and hot water, air, natural gas, etc.)

• Simultaneous multiple objects monitoring capability 

• Acquisition of temperature, vibration, CO2, etc. to ensure predictive analytics and indirect measurements

• Integration with third-party data providers: weather forecasting, actual and forecasted energy market data, utilities data, billing, transaction platforms, etc.

• Emergencies, faults, abnormal conditions alarming

• Suppliers’ bills verification

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Planning

• Automatic/automated planning of efficient energy consumption:

  • off-hours consumption restriction

  • auxiliary systems consumption restriction in case primary systems are out of service

• Automatic/automated planning of power system operation in order to minimize energy supply costs:

  • multi-rate tariffs energy costs decrease

  • ancillary services income

• Outer grid energy supply tariff selection planning:

  • costs minimization for month/season/year based on statistical and forecasted data

  • O&M planning optimization:

  • equipment remaining lifetime evaluation

  • restoration costs decrease

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Management

• State and operation of:

  • HVAC and utility systems

  • distributed energy resources:

    • energy storage systems

    • own (back-up) generation

    • renewable energy sources

• Operations and Maintenance:

  • planned maintenance announcing

  • equipment and systems lifetime expiry alarming

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AlteroBMS distinctive features

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AlteroBMS provides full range of monitoring, planning, and management applications in accordance with predefined KPIs:

• Reliability

  • Power quality management

  • Equipment wear and maintenance requirements warning

• Security

  • Predictive analysis of consumption trends

  • Information security assurance

• Economy

  • Energy costs minimization (even with no overall consumption decrease)

  • Ancillary services income maximization

  • Service staff man-hours economy 

• Energy efficiency

  • Energy consumption decrease

  • Energy losses decrease

  • Energy management transparency assurance

• Environment friendliness

  • Full utilization of RES-generated energy

  • Decarbonization

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Architecture

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• IIoT sensors and controllers level (of own design with other vendors’ solutions support). The level covers data acquisition and endpoint equipment control:

  • boilers / heaters

  • air conditioning systems

  • ventilation systems

  • energy storage systems

  • renewable energy sources

  • back-up generation (e.g., diesel-driven generator set)

  • IoT sensors (energy, current, voltage, pressure, consumption, temperature, CO2, etc.) of various consumers

  • metering systems

• EDGE level. Sensors and controllers interaction using standard protocols (Modbus, MQTT, AMQP, KNX, etc.), data aggregation and batch transfer to the upper level, control strategy reception and implementation

• On-premise / Cloud level. A set of subsystems responsible for intelligent monitoring, planning and predictive management of energy resources.

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Subsystems

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AlteroBMS comprises AlteroUniversal platform subsystems along with the additional functional subsystems:

• Customers’ demand and renewables output forecasting

• Multi-criterion optimization of equipment operation and maintenance

• Automatic equipment control considering its restrictions and properties