SHEMS | Blaze Automation

SMART HOME ENERGY MANAGEMENT SYSTEMS

Unlock Superior Energy Savings and Comfort

SHEMS Architecture

The Smart Home Energy Management Systems (SHEMS) is a comprehensive platform solution designed to enhance energy efficiency while maintaining user comfort. It integrates various devices and services that connect to a central service, either in the cloud or at the edge. The platform helps achieve energy and cost savings through remote control, load scheduling, demand response, and occupancy-based optimization.

SHEMS provides Utilities and Virtual Power Plant (VPP) operators with real-time data on energy consumption and generation from residential and commercial properties. This information enables them to optimize energy use for end users and reduce operating costs during peak demand periods. The system adheres to the “Energy Star SHEMS version 1.0” specification from the EPA, supporting VPP operators and Utilities in their demand management efforts.

Leveraging AI/ML technologies, this solution delivers the following key capabilities.

Occupancy based actions

Using one or more motion sensors (PIR and/or Persistent types), the solution is capable of reducing the energy usage in the unoccupied areas of the home.

Weather based tips & actions

By understanding the external temperature and light conditions, the solution can suggest to the users to change the set temp of the HVAC or open the curtains instead of keeping the lights on - leading to energy savings.

Demand Response actions

In countries that have a variable tariff structures for electricity, the SHEMS solution lets users take advantage of the off-peak pricing either through pre-set rules or by reacting to an alert. Additionally, the solution can also independently respond to a Demand-Response signal sent by any Utility.

Third Party Integrations

In addition to Blaze’s own devices, the SHEMS solution has a rich set of integrations with 3rd party smart devices such as Inverters, Battery Banks and EV bringing all of them into acting as a cohesive unit to deliver maximum energy savings

Devices

Smart Sockets

10A and 16A sockets allow for detailed monitoring and control of electrical loads at each individual socket, ensuring efficient and precise energy management.

In-Wall Relays

Single and Dual Relays offer wireless connectivity for controlling one or two loads. They provide efficient, reliable automation, making them ideal for enhancing smart home systems.

Motion Sensors

Based on PIR technology, these customizable motion sensors can be easily integrated with Smart locks & alarms.

Plug Load Management

Smart Control: Utilize smart sockets, power strips, and relays to monitor and control the energy consumption of connected devices.
Automation: Automate control based on real-time tariffs and schedules.
Remote Access: Access control via mobile apps, voice assistants, and web dashboards for remote management.

Key Features

Occupancy-Based Optimization

Energy Savings: Reduce energy consumption by turning off high-energy devices and adjusting HVAC settings when locations are unoccupied.
Targeted Efficiency: Minimize unnecessary consumption in specific unused areas.

Energy Monitoring and Budgeting

Comprehensive Monitoring: Integrate Raycon energy meter to monitor energy flow from grid, solar, batteries, and EVs.
Real-Time Insights: Gain real-time visibility into energy consumption and costs, including standby loads.
Budget Management: Set budgets and monitor consumption against them; receive comprehensive Daily, Weekly, and Monthly reports via email.
Fleet Management: Use web dashboards for detailed visualization of energy flow from various sources.

Demand Response Actions

Cost Minimization: Control devices based on spot pricing or time-of-use energy prices through user input or Utility integrations.
Load Management: Implement demand response actions to manage energy usage, cut costs, and reduce load during peak hours via built-in rules in mobile apps.

Virtual Power Plants (VPP)

Distributed Resources: Network homes and commercial buildings with solar, battery systems, and EVs to function as a single power plant.
Grid Relief: Distribute power smartly during peak load periods to relieve grid load and save money by trading energy.
Operational Insights: Provide VPP operators with data on energy generation, consumption, and storage levels, and execute preset rules to reduce grid dependency.

Weather-Based Smart Actions

Weather Integration: Use weather forecasts to make energy-saving decisions without compromising comfort.
Pre-Heating/Cooling: Adjust room temperatures during non-peak tariffs based on forecasted conditions.
Daylight Utilization: Suggest using natural light to save energy by opening curtains and turning off lights.
Thermal Comfort: Adjust HVAC settings based on external temperatures to optimize energy use.
Water Heater Control: Turn off water heaters when external temperatures are high to reduce consumption.

Energy Flow

Power Flow Analysis: Understand the flow of power between various energy sources in your home.
Consumption Tracking: Track energy consumed and produced by each source over different periods.
Battery and EV Monitoring: Monitor battery usage and EV charging times.
Additional Insights: Gain insights into solar self-consumption, fuel efficiency, and imported/exported energy.

AI Ready Multiprotocol Gateways

AI Ready multiprotocol gateways that gather the high frequency sampled energy data, received over Wired or Wireless interfaces in the local area network and securely send the processed data over the WAN interfaces over Wifi or Cellular Networks to the cloud for further processing.

B.One OS

The cloud platform receives the processed data over an encrypted connection for further analysis and actions. The analytics at an aggregate level are sent to admin dashboards and at an individual unit level to Native Mobile Apps built for both Android and iOS platforms.