Prompt Library Technical Specification Generator

Technical Specification Generator

Engineering

Generate a detailed technical specification document to ensure your engineering project meets all requirements and constraints.

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Write a technical specification for a home energy monitoring system that connects smart devices to save energy and money.
Result from enhanced prompt

Smart Home Energy Management System Technical Specification

1. Introduction

This document specifies the requirements and design for the Smart Home Energy Management System. The system will monitor and optimize energy usage across a residential home, integrating with various smart devices to maximize efficiency and cost savings. It will provide homeowners with a user-friendly dashboard to view energy data, set preferences, and control devices.

2. System Overview

The system consists of the following key components: - Smart device integrations (thermostats, plugs, appliances, solar panels) - Cloud-based backend for data processing, AI optimization, and API serving - Responsive web and mobile apps for the homeowner dashboard - Secure communication layer between devices, cloud, and user interfaces

3. Functional Requirements

  • Real-time monitoring and display of electricity and gas consumption data
  • AI-powered optimization of HVAC settings based on weather data, occupancy sensing, and user preferences
  • Automated scheduling and control of smart appliances to minimize peak demand charges
  • Integration with utility company APIs to access real-time pricing data and optimize cost savings
  • Intuitive and responsive UI for homeowners to view insights and control devices
  • Secure user authentication and role-based access control
  • Alerts and notifications for unusual usage patterns or device malfunctions

4. Non-Functional Requirements

  • Scalable cloud architecture to support up to 500,000 homes
  • 99.9% uptime SLA for the backend and user interfaces
  • End-to-end security for data transmission, storage, and access
  • GDPR and CCPA compliance for user data privacy
  • Extensible design to support future smart home devices and data sources
  • Low-latency backend processing to enable real-time optimization and device control
  • Intuitive and accessible UI design (WCAG 2.1 compliant)

5. Constraints

  • Cloud backend built on AWS stack (API Gateway, Lambda, DynamoDB, IoT Core)
  • Web frontend in React, mobile apps in React Native
  • Zigbee and Wi-Fi based device communication protocols
  • 6-month initial delivery timeline for MVP
  • $1.2M year 1 development budget

6. Milestones and Deliverables

  1. System architecture and API design specification (Month 1)
  2. Device integration SDKs and simulator (Month 2)
  3. Cloud backend MVP (Month 3)
  4. Web and mobile app UI design and implementation (Month 4)
  5. AI optimization engine (Month 5)
  6. End-to-end testing and deployment (Month 6)

Deliverables: - Backend API specification and documentation - UI mockups and interaction flow diagrams
- 5 year total cost of ownership model - Business case and go-to-market strategy

7. Open Issues

  • Feasibility of integrating with some legacy smart device APIs
  • Optimal frequency of AI model re-training to adapt to user behavior changes
  • Pricing model for ongoing software maintenance and support
  • Potential future enhancements:
    • Battery storage integration
    • Gamification and social features to drive engagement
    • Voice assistant integration

Prepared By: [Author Name] Date: [Date] Version: 1.0