Posts tagged energy management

Lower Energy Use For The Poudre School District; How & Why?
Jan 16th
John Little, Stu Reeve, and Pete Hall, of the Poudre School District talk about why they are participating in the Better Buildings Challenge.
Addressing Volatile Energy Costs through Supply and Demand
Dec 20th
Energy is playing a larger role in business profitability than ever before – and it’s growing more complex by the day as sourcing options get more difficult, and energy costs continue to be highly volatile. During the past five years alone, natural gas has ranged from $8.12/Mmbtu to $3.31/Mmbtu while crude oil has moved from $58.80/barrel to more than $100/barrel. As conditions change in energy and sustainability markets across the globe, windows of opportunity to tap new energy sources are continually opening and closing, and keeping track of these moving parts can be a time-consuming and data-heavy venture.
Traditionally, energy, efficiency, reliability, procurement and sustainability initiatives have been addressed by installation of more efficient operational assets, such as lighting, HVAC and building control software. However, with today’s perpetually rising energy costs, along with outside influences from consumers to Wall Street, and sustainability reporting requirements, companies are considering additional innovative ways to expand on the capabilities of operational assets by managing costs through smarter energy management on both the supply and demand sides.
How it Works
Supply – Simply put, intel about energy supply costs and regulatory landscape can help companies buy energy in a smarter way. In a deregulated market, purchasing energy at the best price can be a complex endeavor. It’s not enough just to issue a Request for Proposal (RFP) and choose what may appear to be the lowest price. To get the highest value for each energy dollar, it pays to take a more strategic approach to energy procurement, taking into consideration market dynamics, rate and data analysis, supplier and utility negotiations, budget concerns, risk strategy, market intelligence, contract terms and more. Focusing on these areas, an organization can take a proactive approach to buying energy, which ultimately will better control costs.
Demand – As discussed in a previous article addressing demand response (DR) programs authored by Schneider Electric’s Donald Rickey, smart grid technologies have evolved to allow a bidirectional flow of information regarding energy use and demand between end users and the electric utility. Over the past several years, demand response, or the ability for energy consumers to manage energy consumption in response to supply conditions, has evolved from a reliability tool used in peak emergencies to a solution for actively managing energy use. For example, energy pricing fluctuates throughout the course of a day, based on the demand the grid is experiencing. As a result, participants in demand response programs can monitor these costs and run energy-intensive business operations during times when costs are the lowest.
Traditionally, the operating model for energy supply and demand activities has always been conducted in a siloed manner, resulting in fragmented decisions regarding energy resources within an enterprise. In connecting the supply and demand pieces of the energy puzzle together, organizations can now be equipped with an end-to-end, holistic approach to overall energy procurement. This method not only allows comprehensive visibility into energy prices (along with the ability to better procure and manage costs associated with water, gas, electricity, steam and power), but also provides cost savings that can be redirected from energy bills to the business – positively impacting the bottom line.
How to Implement an Integrated Energy Model in Your Organization
Creating a model for effective energy management begins and ends with a comprehensive energy management lifecycle strategy that aligns with the goals of the organization and allows users to optimize energy purchase and use over time. When creating an integrated supply and demand energy management model, the following steps should serve as a guide:
1) Measure Current Energy Use: Get access to water, gas, electric, steam and other associated energy invoices to evaluate what is being spent today. In addition, consider an energy audit and use metering technology to gather information about how the organization is using energy. All information gathered through this process will provide valuable data and insight into the areas that need to improve to achieve lower energy costs.
2) Define a Strategy: With better visibility into the organization’s energy spendings, the next step is to create a comprehensive plan to meet and align with the company’s overall energy goals, risk appetite and budget.
3) Evaluate Partners: Seek out an energy management partner to implement a cost-effective solution to achieve the integrated supply and demand energy strategy.
4) Control Energy Use: Monitor operations to ensure reliability, uptime, power quality and billing accuracy.
5) Train Internally and Externally: It is important to make sure the people that are using the energy supply and demand systems – internally and externally – are properly trained on any new software, hardware or management tools. Without proper knowledge of how to utilize these technologies, the system may not operate at its full potential.
6) Continue to Optimize Performance: Utilize support services and reporting software to ensure that the organization is continuously achieving optimum energy cost and consumption now and in the future.
The Future of Integrated Supply and Demand
In the future, we will see integrated supply and demand models continue to evolve as more technology is introduced to the marketplace. In the short term, advances in handheld device applications will allow facility managers, company stakeholders and even CEOs to tap into crucial information regarding energy procurement and the company’s carbon footprint anytime, anywhere. The smart grid will also evolve to better include these devices, including mobile phones, to ensure that customers are making the smartest decisions about their energy use and procurement at any given time.
However, one thing is certain – in the future, energy prices will continue to rise, and organizations that do not choose to implement an energy supply and demand strategy will be making a decision that could potentially cost them valuable budget resources that could be applied to benefit other areas of their business.
Written by James Potach, senior vice president, Energy Solutions, Schneider Electric; Potach is responsible for energy management and procurement, power management and performance contracting.
Market Disruption Driving Creative Strategies in the Demand-Side Management Space
Dec 9th
Wrenching transformation and consolidation is sweeping across the once stable and conservative lighting industry. New technologies such as LEDs, digital networks and wireless communications are displacing legacy products. Component companies such as CREE are acquiring fixture manufacturers and thereby creating new lighting conglomerates. And, lighting is no longer about discrete applications – lighting is now a citizen in a broader energy intelligent enterprise. Similar change is taking place in other energy efficiency product categories – from HVAC to compressed air – with mature and well understood products being replaced by intelligent and complex technologies requiring significantly more solution design, customer support and hand holding. Moreover, these new energy efficient technologies are increasingly factoring into smart grid and demand management strategies deployed by utilities and grid operators, layering-in both additional opportunity and complexity.
New clean, intelligent and energy efficient technologies have re-set market lifecycles in many traditional product categories. Product categories that were in the late maturity phase a few years ago are now categories back in the early adoption phase. This has tremendous impact on go-to-market strategies. The technical and engineering knowledge and processes required to sell, deploy and support these new technologies are dramatically different. Late maturity is typically characterized by high sales velocity, low cost of sales and broad distribution through highly efficient, high-turn channel partners. In contrast, early adoption requires more consultative, hands-on sales processes across an elongated sales cycle – usually executed by well-trained, high cost direct sales forces and specialized channel partners.
This reset is forcing manufacturers to move quickly to find new strategies and paths-to-market. Channel participants are scrambling to remake their business models and to up-level their competencies. This disruption has caused new channel models, innovative go-to-market strategies, and novel industry partnerships to emerge. Here are some examples:
CHANNELS HARNESSING THE POWER OF INFORMATION
The rear-view mirror days of relying on utility bills to understand energy consumption are gone. Real-time information is the new gold standard in the energy management business. The smarter channel players have figured this out and have reworked their business models and solution offerings. Two such companies that are leveraging data and analytics to differentiate are McKinstry, a larger company in the Pacific Northwest, and Groom Energy, a smaller company based in Boston. McKinstry has evolved over time from a traditional mechanical contractor into an integrated Design-Build-Operate-Maintain firm that offers facility and energy management services in addition to engineering and construction services. However, what distinguishes McKinstry is how it leverages information. McKinstry recognized early the power of information and has invested heavily in its state-of-the-art operations center. This operations center enables McKinstry to leverage real-time building energy and operating data to “tune” buildings to operate at peak efficiencies at all times. By acting as its clients’ “eyes and ears,” McKinstry is able to anticipate breakdowns and dispatch service teams before costly disruptions occur. Similarly, Groom Energy, recognizing the power of information, has successfully transformed its business from lighting retrofitter to a full service energy management company that helps its clients capitalize on what they’ve coined the Enterprise Smart Grid. Groom competes against larger, slower moving competitors by helping clients become more energy intelligent. Groom not only helps its customers evaluate the myriad of software and analytical tools available, it goes further to integrate the submeters, sensors and software technologies to make it happen and also acts on the information coming back to design and implement solutions. The good news for McKinstry, Groom and other forward thinking companies is that they are the exception rather than the rule. There are still far too many companies in the energy management space that are living in an analog world and driving blind. These laggards will need to adapt quickly or risk obsolescence.
MANUFACTURERS PIONEERING NEW PATHS TO MARKET
Manufacturers of demand-side management technologies are also rethinking their paths to market. These companies are realizing that sales strategies centered on traditional dealer networks and broad-line distributors may no longer be the most relevant. Let’s take a look at Ice Energy, a newer player in the HVAC space. Ice Energy has developed an innovative thermal energy storage technology – branded the Ice Bear — that enables customers to use low cost off-peak power to meet cooling demand during costly peak hours. The technology is a great compliment to traditional HVAC units manufactured by companies such as Carrier and Trane and Ice Energy has fostered partnerships with these companies. However, Ice Energy is not content to surrender its destiny to these partners and wait for sell-through by channels it doesn’t control or influence. Instead, Ice Energy decided to drive sell-through with its own unique strategy. Ice Energy recognized that aggregating its units and deploying them at scale offers utilities megawatts of clean, peak power capacity at less cost than constructing new peaking plants. Putting rubber to the road, Ice Energy cut an innovative deal with Southern California Public Power Authority deploying Ice Bear units across 1,500 distributed sites in the utility’s service territory to offer 53 megawatts of stored capacity. Many of these units will coincide with rooftop unit replacements, enabling Trane and Carrier to realize sizable sell-through as a result of Ice Energy’s innovative thinking. A win for all involved, including ratepayers!
NOVEL INDUSTRY PARTNERSHIPS
The shifting industry landscape is also resulting in some interesting partnerships. One such partnership is between Redwood Systems and Anixter. Redwood Systems, an innovative venture funded upstart is looking to shake-up the lighting industry with its DC-based power, networking and controls technology, has aligned with Anixter, an established structured cabling distributor that hasn’t historically played in the lighting space. A few years ago it would have been laughable to think that structured cabling professionals could become significant players in lighting. Now some smart people are betting on it. However, before too much high-fiving takes place it is important to realize that the business world is littered with distribution agreements that never gained traction. What’s tricky about this deal is that Redwood’s new-to-world technology is supposed to be sold by mature structuring cabling professionals. Can these old dogs learn new tricks? Can their profit models, based on minimizing cost of sales, support the requisite high touch approach? For this deal to succeed, Redwood and Anixter will need to collaborate on training programs and tightly script sales playbooks on how to position, sell, deploy and support the new technologies. Redwood will also need to make its “factory direct” sales and technical resources easily accessible to Anixter and its cabling professional customers. And, given the higher cost of sales associated with selling Redwood’s products, Redwood may also need to offer more attractive pricing terms and market development funds to support demand creation. Although they will not want to cross the legal line into the franchise realm, franchise systems with tightly scripted processes and strong factory support may be an antecedent to review as they think about making this relationship a success.
It’s clear that business as usual will no longer suffice for technology and service providers competing in the demand-side management market. Moreover, companies will not prevail solely on having the best mousetrap. The winners will be those companies that complement great technology and great service offerings with innovative go-to-market strategies that are not only creative but also lifecycle appropriate.
Written by Erik G. Birkerts and Thomas G. Knight, founding partners of Evergreen Growth Advisors, a boutique strategy consulting firm serving clients in the Clean Energy industry.

Solar Hot Water Heating: How SunReports Helps Homeowners Become Better Energy Managers
Dec 5th
Tom Dinkel, CEO of Sun Reports, discusses how his company’s platform helps homeowners better manage their solar hot water heating solutions.
SURGE Accelerator Program Opens In Houston
Nov 14th
Kirk Coburn, Co-founder and Managing Director of the SURGE Accelerator in Houston, discusses the kind of start-up entrepreneurs that he’s looking for as he builds his team’s inaugural accelerator class. More >

Why Japanese Companies Need to Make Green IT a Top Priority
Oct 13th
Nick Milne Home, President of 1E, discusses why Japanese companies are now seeing GreenIT strategies as a cost effective way to lower energy costs and increase their sustainability efforts.

What Greenstart Partners Does To Grow Clean Tech Start-Ups
Oct 12th
Mitch Lowe, a Partner at Greenstart, talks about how his firm helps clean tech start-ups accelerate their growth and become viable clean energy solution companies.

AdvantageIQ’s Role As An Energy Cost Reducer
Sep 30th
Jeff Heggedahl, CEO of AdvantageIQ, discusses his company’s shift from helping companies pay their energy bills to also becoming a reliable energy saving strategist.
Details About The Army’s New Energy Initiatives Office Task Force
Sep 3rd
Assistant Secretary Katherine Hammack discusses the reasoning behind the development of the Army’s new Energy Initiatives Office Task Force.






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