LEGIT UNIT 32 BUILDING MANAGEMENT SYSTEMS ASSIGNMENT HELP SERVICES AND ONLINE TUTOR'S ASSISTANCE FOR TOP-NOTCH SCORES!

Qualification - Pearson BTEC Level 5 HND in Construction and The Built Environment

Unit Name - Building Management Systems

Unit Level - Level 5

Unit Number - Unit 32

Unit Credit - 15

Unit code - J/615/1418

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Assignment Title - Building Management Systems

Learning Outcome 1: Evaluate emerging Building Management System technologies

Learning Outcome 2: Assess how a Building Management System can optimise cost and energy usage

Learning Outcome 3: Discuss the differences between Building Management Systems for domestic and non-domestic buildings

Learning Outcome 4: Specify a Building Management System suitable for a large domestic installation.

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Introduction

The earliest examples of Building Management Systems are found in large public and commercial premises. For the most part, these were used for automatic control of heating, cooling and, in some instances, security. However, Building Management System applications have broadened in scope and are becoming common in the domestic market, such as extra-low-voltage, intelligent lighting, which is already becoming the norm for many new homes (not exclusively those at the higher end of the market).

An environment controlled by a computer can provide, not only the optimum levels of heat, humidity and lighting for a building and its occupants, but also monitor energy use and contribute to energy conservation. Incorporating Energy Demand Management (EDM) into the Building Management System can facilitate automatic conformance with current energy usage regulations. The advent of the smart phone and low-cost apps has opened the door to truly remote control and monitoring of a building's environment and security. Heating and lighting can be switched on and set by the homeowner long before they reach their own front door.

The aim of this unit is to explore the rapidly growing range of services provided by Building Management System technology and assess its contribution to the renewable energy debate. There is also an opportunity to apply this research by carrying out a design of a Building Management System.

On successful completion the students will be conversant with current and emerging Building Management System technologies, will have developed the tools to evaluate the benefit of a Building Management System and apply their theoretical knowledge to a real-life installation.

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LO1 Evaluate emerging Building Management System technologies

Types of Building Management System:
Centralised system; a single Central Processing Unit (CPU)
Distributed Intelligence Systems: intelligent outstations with communications channels.

System integration:
Cloud and web applications, mobile apps, protocols.

Adaptive energy management:
Conditional logic, human intervention, energy policy management.

LO2 Assess how a Building Management System can optimise cost and energy usage

Control:
Regulating equipment performance, electrical voltage Close control of heating and cooling, and lighting Energy usage feedback, weather compensation.
Monitoring:
Develop a monitoring methodology
Develop methodology for cost and energy savings.

Sustainability

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LO3 Discuss the differences between Building Management Systems for domestic and non-domestic buildings

Requirements for domestic installations:
Smart homes.

Requirements for non-domestic installations Remote control through smart phone apps Environmental requirements

LO4 Specify a Building Management System suitable for a large domestic installation

Regulations and standards:
Health & safety Building regulations
Manufacturing certifications.
Client requirements Design:
Elements of Building Management System design Suitability of technologies
Protocols and component selection Commissioning process.
Proposal:
Proposal writing
Presentation formats and techniques.

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Pass

Merit

Distinction

LO1 Evaluate emerging Building Management System technologies

 

P1 Discuss the principles of Building Management System

M1 Compare BMS technologies for a given application

D1 Justify the use of BMS system in support of greater user control

P2 Explain the different approaches to system integration

 

 

LO2 Assess how a Building Management System can optimise cost and energy usage

 

P3 Record, on a data sheet, energy costs and usage for a given set of buildings

P4 Select a Building Management System to optimise cost and energy usage

M2 Analyse variations in energy costs and usage data between two given buildings; one which incorporates a Building Management System and one that does not

LO2, LO3 and LO4

D2 Justify recommendations for a BMS based on a cost, improved building efficiency and improved performance

P5 Justify the selection of a Building Management System in achieving greater sustainability through control and monitoring

 

 

LO3 Discuss the differences between Building Management Systems for domestic and non-domestic buildings

 

P6 Research functions, components, software and systems suitable for a large domestic installation

P7 Evaluate how a non- domestic Building Management System would differ from a domestic

M3 Compare a BMS for a domestic installation and a non-domestic installation; in terms of cost, functionality, monitoring and design philosophy

 

LO4 Specify a Building Management System suitable for a large domestic installation

 

P8 Prepare a design proposal for a large domestic Building Management System installation

P9 Prepare costings for a large domestic Building Management System installation proposal

M4 Analyse different strategies for a large domestic Building Management System installation with reference to cost analysis and manufacturers' data

 

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