Business inteliigence for the carbon economy

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The document discusses the need for automated solutions to capture source environmental data from utilities and business systems with intuitive dashboards. This provides financial-grade reporting, saves time and costs, and delivers absolute transparency to drive growth while satisfying stakeholders like customers, regulators and shareholders.

environmental transparency in today’s world

from utilities, suppliers, internal business systems

with intuitive, user-friendly dashboards

saving time & cost to manage environmental data

delivering financial-grade reporting ability

to customers regulators shareholders all stakeholders

Business intelligence for the carbon economy

This was presented at the Academy Of Management's 2011 Annual Meeting in San Antonio, Texas. This presentation was part of an All-Academy Session entitled: Creating Social Value: From Box Checking to Embedded Philosophy (http://program.aomonline.org/2011/submission.asp?mode=ShowSession&SessionID=822). The session explored different methods of creating social value within organizations; this presentation is a case study of one such method: creating a business with social value inextricably aligned with economic value.

Greeniee - Energy Analytics Solution

Greeniee123

This document discusses an IoT-based analytical solution called Greeniee that helps enterprises reduce energy spending through real-time data insights. Greeniee monitors energy usage at the distribution board level using non-intrusive hardware and provides analytics via a cloud-based dashboard. It alerts users if equipment exceeds rated power limits or power factor falls below prescribed levels. Greeniee also allows users to monitor equipment-level energy usage and correlate it with business operations to identify wastage and overspending on energy.

Home automation in kerala | casero technologies

Arun Kumar

BuildTrack provides enterprise solutions including infrastructure management, energy management, disaster management, and smart office solutions. Their infrastructure management solutions allow efficient facility management through property data management, maintenance tracking, and asset management. Their energy management solutions reduce energy consumption and costs through wireless sensors for lighting, HVAC, and other devices, along with centralized control and monitoring of energy usage. Their disaster management solutions allow centralized safety monitoring and emergency response through sensors for hazards like smoke, gas leaks, and security threats.

Green computing

Shakir Mohamed

Green computing aims to reduce the environmental impact of computers and digital devices through their design, use, and disposal. It involves making computing devices more energy efficient, using them sustainably, and properly recycling electronics. Some tactics for green computing include putting computers in low-power sleep modes when not in use, choosing energy efficient models like LCD monitors, and safely disposing of or refurbishing old electronics rather than throwing them away. Government programs also promote green computing practices.

Top 10 Green IT Initiatives

SalesQuest

1. The document lists the top 10 Green IT initiatives that many companies are adopting to save money and help the environment. These initiatives include improving data center cooling methods, consolidating servers using virtualization, adopting alternative storage methods, and exploring alternative energy sources for data centers. 2. Other initiatives discussed are reconfiguring data center floor layouts, using thin clients, consolidating printers via output management, employing print suppression techniques, ensuring proper asset usage and power management, and properly disposing of and recycling old equipment.

Energy Hacks: the Next Wave of a Negawatt Economy

1776

This panel discussion at SXSW 2014 will explore opportunities for further energy efficiency gains through the use of big data and new technologies. Panelists will discuss how smart devices in homes and businesses are already unlocking energy savings through social influences and automation. Greater potential exists to apply these approaches in commercial and industrial sectors using large data sets from intelligent equipment. The panel will debate which sector - residential, commercial, or industrial - has the greatest impact potential and examine the next areas for low-hanging fruit in efficiency.

Anton Brummelhuis World Circular Economy Forum 2017 Helsinki Finland

World Circular Economy Forum

This document discusses how Philips Lighting is building services around products to transition to a more circular economy model of lighting. It notes the increasing demands on resources from population growth and the need for more energy efficient and digital lighting solutions. The company aims to keep products at their highest value through performance contracts that include repurposing lights and making them modular, upgradable, and easily disassembled for recycling. Intelligent asset tracking is highlighted as a way to monitor lights throughout their lifecycle. Case studies from Los Angeles, Schiphol airport, and the London Eye demonstrate circular lighting projects already underway.

The document discusses how information and communication technologies (ICT) can help save energy through three main ways: 1) Enabling more energy efficient industrial processes through technologies like weather information for route planning. 2) Developing more energy efficient ICT devices themselves. 3) Raising awareness of energy usage through ambient intelligence and smart metering technologies which can provide feedback and flexibility in energy prices. The document estimates that 20-30% of energy savings are possible in households and offices through these approaches. It advocates for living lab methodologies to test new ICT and feedback systems in real-life contexts to better understand how to influence energy usage behaviors.

Green IT Concept

Brightland Estúdio Web

This document discusses a Green IT project that aims to implement environmentally friendly practices in data centers and for end-user computing. Some key points covered include: - Green IT refers to making IT organizations more environmentally sustainable through practices like improving energy efficiency. - Drivers for Green IT include rising energy costs, concerns about global warming, and increased legislation around emissions and toxic materials. - Potential areas for green practices are data centers and end-user devices/computing. Issues in data centers include high energy use for servers and cooling. - Associated green practices could include improving cooling methods, virtualizing servers, altering purchasing, and proper disposal/recycling. Benefits include reduced costs and emissions

Green IT

Madhu Selvarangam

The document discusses green IT and how organizations can reduce their carbon footprint through various IT practices. It outlines that ICT accounts for about 2% of global CO2 emissions and describes strategies like virtualization, data center consolidation, power management of devices, and recycling/reusing equipment to cut energy use and emissions. The future may bring more legislation around IT sustainability as well as more energy-efficient technologies and dynamic power management across the IT infrastructure.

digitalenergy dashboards

Alun Thomas

Digital energy dashboards provide integrated energy and other data to support energy reduction programs. They allow for increased stakeholder engagement through custom displays and live feeds, which can influence behavioral changes around energy use among staff and visitors. Key features include visual interfaces for large screens, integration of multiple data streams, and customizable designs aligned with company branding and objectives.

Unlocking sustainability - A.T.E.'s products and solutions that encompass the...

A.T.E. Private Limited

Green Computing

SMD966