WASHINGTON, July 1, 2024 (Newswire.com)
– The Smart Electric Power Alliance (SEPA) is pleased to announce the appointment of Emily Fisher as its new Chief Strategy Officer, starting July 29th. Fisher will provide strategic direction and leadership for SEPA and oversee the organization’s business development, membership, and research and industry strategy teams.
“I am incredibly excited to have Emily join SEPA as our new Chief Strategy Officer,” said Sheri Givens, President and CEO of SEPA. “Her broad executive leadership skills, combined with her passion for helping energy companies develop and implement solutions to address climate change, make her an exceptional choice for this critical role. She is a respected policy advocate and in-demand speaker on a range of industry issues. I look forward to her support in expanding SEPA’s reach and advancing our mission.”
Prior to joining SEPA, Fisher worked at Edison Electric Institute (EEI), where she served as a member of the leadership team as Executive Vice President, Clean Energy, and General Counsel. In these positions, she focused on ensuring member electric companies succeeded in the clean energy transition. Fisher worked on external policy, legal, and regulatory work, as well as stakeholder engagement. She had a wide scope of internal responsibilities related to the strategic and economic performance of the association. Fisher also led EEI’s Environment Department and cross-functional clean energy team, where she focused on engagement with key regulators and supporting members’ efforts to develop and deploy new technologies. She served as a key advisor to the EEI Board, comprising member CEOs, and worked closely with Board leadership on a range of policy and management issues. Prior to EEI, Fisher served as an associate energy attorney and served as a diplomat in Europe, Asia, and South America.
“For the last 16 years, I’ve been privileged to accompany investor-owned electric companies as they’ve led the efforts to provide affordable, resilient clean energy to customers,” said Emily Fisher. “I am excited to join SEPA at this critical moment in the clean energy transition to broaden and deepen this work. SEPA is uniquely positioned to convene the range of critical stakeholders in the electric sector necessary to design and implement actionable solutions to the challenges of climate change.”
Fisher has an undergraduate degree in internal affairs, with a concentration in economics, and she attended The George Washington University and Georgetown University Law Center. She was a Foreign Service Officer with the Department of State and served at the U.S. Embassies in Thailand and Columbia.
About SEPA The Smart Electric Power Alliance (SEPA), a 501(c)(3) organization with over 1,000 members, is dedicated to accelerating the transformation to a carbon-free electricity system. Focused on six critical focus areas including Resilience, Transportation, Energy Storage, Emerging Technology, Policy, and Energy Equity, SEPA brings together a diverse community of electric power stakeholders committed to driving positive change. By actively shaping the future of the industry, SEPA delivers exceptional value to its extensive membership through comprehensive research, educational initiatives, engaging events, and collaborative projects. SEPA plays a vital role in contributing to the collective efforts towards a carbon-free energy landscape. For more information, please visit www.sepapower.org.
WASHINGTON, May 1, 2024 (Newswire.com)
– The Smart Electric Power Alliance (SEPA) is pleased to announce the winners of the highly anticipated 2024 SEPA Power Player Awards. Recognizing excellence and leadership in energy innovation across the U.S., these awards signify a pivotal moment in the collective journey toward a decarbonized electric power system. This year’s award categories are intricately tied to SEPA’s five critical focus areas: resilience, transportation, energy storage, emerging technology, and policy, along with energy equity — reflecting the collective efforts needed to address opportunities and key challenges to progress a carbon-free system.
“Recognizing and celebrating the phenomenal accomplishments of our outstanding Power Player Award winners, finalists, and nominees provides our sector with boundless inspiration,” shared Sheri Givens, President and CEO of SEPA. “Their steadfast commitment to advancing tangible, real-world solutions in clean energy underscores our shared journey towards a cleaner tomorrow. Each of these projects exemplifies innovation, leadership, and teamwork – fundamental elements propelling us toward a brighter future. My heartfelt congratulations to all recipients for their pioneering strides!”
SEPA’s 2024 Power Player Awards honor the outstanding contributions of utilities, corporations, regulators, policymakers, and other energy stakeholders, project teams, and/or individuals, who played an essential role in advancing actionable decarbonization solutions between January 1, 2023, and December 31, 2023. SEPA received over 120 nominations nationwide, and with the assistance of internal and external energy leaders, selected six award winners and 17 finalists in the six categories. The panel of judges, composed of members from SEPA’s Research Advisory Council, Program Advisory Council, and SEPA’s internal subject matter experts, participated in an impartial and equitable evaluation process.
The winners were recognized at a Power Player Awards ceremony on April 30, 2024, in Coronado, California, in conjunction with SEPA’s inaugural Energy Evolution Summit.
The six award categories awardees include:
Resilience Power Player of the Year Awardee Vermont’s largest investor-owned utility, Green Mountain Power, is enhancing grid resiliency, safety, and equity through innovative initiatives aimed at keeping customers connected in severe weather and addressing climate change impacts. Their initiatives include Lift the Cap, Resilient Neighborhood, and Zero Outages.
Transportation Electrification Power Player of the Year Awardees In New York, thenonprofit NYC School Bus Umbrella Services(NYCSBUS) partnered withMobility House, World Resource Institute, New York League of Conservation Voters, and CALSTART on the Electrifying School Buses in the Bronx (ESBB) project. ESBB addresses the transition to electric school buses by focusing on training for drivers and mechanics, developing charging infrastructure, and creating a mobility hub, with plans to expand these efforts across NYCSBUS’ fleet and serve as a model for nationwide adoption. Both NYCSBUS and Mobility House are being honored for their innovation in progressing electric school buses and charging infrastructure.
Energy Storage Power Player of the Year Awardees In Arizona, theSalt River Project, a community-based, not-for-profit organization providing water and power to more than 2 million people, partnered with CMBlu Energy to launch the Desert Blume long-duration energy storage pilot at its Copper Crossing site in Florence, Arizona. CMBlu‘s non-flammable, recyclable SolidFlowTM battery technology aims to surpass traditional lithium-ion batteries in efficiency, life span, and recyclability. It is set to become the world’s largest utility-scale, long-term installation of its kind, expected to power approximately 1,125 homes for 10 hours upon its operational start in December 2025. Both Salt River Project and CMBlu are being honored with an award for their innovative contributions to long-duration energy storage.
Emerging Technology Power Player of the Year Awardees In Texas, Adaptix.Grid by Sensewaves, in collaboration with AEP Texas, is enhancing grid reliability and enabling smart operations through artificial intelligence-powered analytics, overcoming challenges posed by aging infrastructure and the slow impact of advanced distribution management system technologies by swiftly integrating distributed energy resources and improving operational efficiency by up to 96%. Both Sensewaves and AEP Texas are being honored with an award for their innovative contributions to grid modernization and efficiency improvements.
Policy Power Player of the Year Awardees In California,Edison International’s subsidiary, Southern California Edison, a utility providing electricity to 15 million people, progressed Countdown to 2045. They conducted detailed in-house analysis and issued calls to action, emphasizing the urgency of California’s clean energy transition. As mandated by state law, Assembly Bill 1279, California seeks to achieve an 85% greenhouse gas emissions reduction and net zero by 2045, offering a feasible and cost-effective path to decarbonize the state’s electric grid and key economic sectors. Both Edison International and Southern California Edison are being honored with an award for their continued advocacy efforts to meet California’s 2045 net zero goal.
Equity Power Player of the Year Awardee In California, the Sacramento Municipal Utility District (SMUD), a community-owned utility providing electricity to 1.5 million customers, aims to achieve zero carbon emissions by 2030, the most ambitious target among large U.S. utilities. SMUD focuses on inclusivity and equity through the Sustainable Communities Resource Priorities Map and the Community Impact Plan. These resources address energy inequities and aim to benefit all communities in Sacramento by improving health, creating jobs, and fostering resilience to climate change. Additionally, SMUD is working to develop a diverse, inclusive future workforce in clean energy and related fields.
About SEPA: The Smart Electric Power Alliance (SEPA), a 501(c)(3) organization with over 1,000 members, is dedicated to accelerating the transformation to a carbon-free electricity system. Focused on five critical focus areas including resilience, transportation, energy storage, emerging technology, and policy, SEPA brings together a diverse community of electric power stakeholders committed to driving positive change. By actively shaping the future of the industry, SEPA delivers exceptional value to its extensive membership through comprehensive research, educational initiatives, engaging events, and collaborative projects. SEPA plays a vital role in contributing to the collective efforts towards a carbon-free energy landscape. For more information, please visit www.sepapower.org.
DUBAI, United Arab Emirates — A torrent of pollution-slashing pledges from governments and major oil companies sparked cries of “greenwashing” on Saturday, even before world leaders had boarded their flights home from this year’s global climate conference.
After leaders wrapped two days of speeches filled with high-flying rhetoric and impassioned pleas for action, the Emirati presidency of the COP28 climate talks unleashed a series of initiatives aimed at cleaning up the world’s energy sector, the largest source of planet-warming greenhouse gas emissions.
The announcement, made at an hours-long event Saturday afternoon featuring U.S. Vice President Kamala Harris and European Commission President Ursula von der Leyen, contained two main planks — a pledge by oil and gas companies to reduce emissions, and a commitment by 118 countries to triple the world’s renewable energy capacity and double energy savings efforts.
It was, on its face, an impressive and ambitious reveal.
COP28 President Sultan al-Jaber, the oil executive helming the talks, crowed that the package “aligns more countries and companies around the North Star of keeping 1.5 degrees Celsius within reach than ever before,” referring to the Paris Agreement target for limiting global warming.
But many climate-vulnerable countries and non-government groups instantly cast an arched eyebrow toward the whole endeavor.
“The rapid acceleration of clean energy is needed, and we’ve called for the tripling of renewables. But it is only half the solution,” said Tina Stege, climate envoy for the Marshall Islands. “The pledge can’t greenwash countries that are simultaneously expanding fossil fuel production.”
Carroll Muffett, president of the nonprofit Center for International Environmental Law, said: “The only way to ‘decarbonize’ carbon-based oil and gas is to stop producing it. … Anything short of this is just more industry greenwash.”
The divided reaction illustrates the fine line negotiators are trying to walk. The European Union has campaigned for months to win converts to the pledge on renewables and energy efficiency the U.S. and others signed up to on Saturday, even offering €2.3 billion to help. And the COP28 presidency has been on board.
But Brussels, in theory, also wants these efforts to go hand in hand with a fossil fuel phaseout — a tough proposition for countries pulling in millions from the sector. The EU rhetoric often goes slightly beyond the U.S., even though the two allies officially support the end of “unabated” fossil fuel use, language that leaves the door open for continued oil and gas use as long as the emissions are captured — though such technology remains largely unproven.
Von der Leyen was seen trying to thread that needle on Saturday. She omitted fossil fuels altogether from her speech to leaders before slipping in a mention in a press release published hours later: “We are united by our common belief that to respect the 1.5°C goal … we need to phase out fossil fuels.”
Harris on Saturday said the world “cannot afford to be incremental. We need transformative change and exponential impact.”
But she did not mention phasing out fossil fuels in her speech, either. The U.S., the world’s top oil producer, has not made the goal a central pillar of its COP28 strategy.
Flurry of pledges
The EU and the UAE said 118 countries had signed up to the global energy goals.
The new fossil fuels agreement has been branded the “Oil and Gas Decarbonization Charter” and earned the signatures of 50 companies. The COP28 presidency said it had “launched” the deal with Saudi Arabia — the world’s largest oil exporter and one of the main obstacles to progress on international climate action.
Among the signatories was Saudi state energy company, Aramco, the world’s biggest energy firm — and second-biggest company of any sort, by revenue. Other global giants like ExxonMobil, Shell and TotalEnergies also signed.
They have committed to eliminate methane emissions by 2030, to end the routine flaring of gas by the same date, and to achieve net-zero emissions from their production operations by 2050. Adnan Amin, CEO of COP28, singled out the fact that, among the 50 firms, 29 are national oil companies.
“That in itself is highly significant because you have not seen national oil companies so evident in these discussions before,” he told reporters.
The COP28 presidency could not disguise its glee at the flurry of announcements from the opening weekend of the conference.
“It already feels like an awful lot that we have delivered, but I am proud to say that this is just the beginning,” Majid al-Suwaidi, the COP28 director general, told reporters.
Fred Krupp, president of the U.S.-based Environmental Defense Fund, predicted: “This will be the single most impactful day I’ve seen at any COP in 30 years in terms of slowing the rate of warming.”
But other observers said the oil and gas commitments did not go far beyond commitments many companies already make. Research firm Zero Carbon Analytics noted the deal is “voluntary and broadly repeats previous pledges.”
Melanie Robinson, global climate program director at the World Resources Institute, said it was “encouraging that some national oil companies have set methane reduction targets for the first time.”
But she added: “Most global oil and gas companies already have stringent requirements to cut methane emissions. … This charter is proof that voluntary commitments from the oil and gas industry will never foster the level of ambition necessary to tackle the climate crisis.”
Some critics theorized that the COP28 presidency had deliberately launched the renewables and energy efficiency targets together with the oil and gas pledge.
The combination, said David Tong, global industry campaign manager at advocacy group Oil Change International, “appears to be a calculated move to distract from the weakness of this industry pledge.”
The charter, he added, “is a trojan horse for Big Oil and Gas greenwash.”
Beyond voluntary moves
A push to speed up the phaseout of coal power garnered less attention — with French President Emmanuel Macron separately unveiling a new initiative and the United States joining a growing alliance of countries pledging to zero out coal emissions.
Macron’s “coal transition accelerator” focuses on ending private financing for coal, helping coal-dependent communities and scaling up clean energy. And Washington’s new commitment confirms its path to end all coal-fired power generation unless the emissions are first captured through technology. U.S. use of coal for power generation has already plummeted in the past decade.
The U.S. pledge will put pressure on China, the world’s largest consumer and producer of coal, as well as countries like Japan, Turkey and Australia to give up on the high-polluting fuel, said Leo Roberts, program lead on fossil fuel transitions at think tank E3G.
“It’s symbolic, the world’s biggest economy getting behind the shift away from the dirtiest fossil fuel, coal. And it’s sending a signal to … others who haven’t made the same commitment,” he said.
The U.S. also unveiled new restrictions on methane emissions for its oil and gas sector on Saturday — a central plank of the Biden administration’s climate plans — and several leaders called for greater efforts to curb the potent greenhouse gas in their speeches.
Barbados Prime Minister Mia Mottley called for a “global methane agreement” at COP28, warning that voluntary efforts hadn’t worked out. Von der Leyen, meanwhile, urged negotiators to enshrine the renewables and energy efficiency targets in the final summit text.
Mohamed Adow, director of the think tank Power Shift Africa, warned delegates not to get distracted by nonbinding pledges.
“We need to remember COP28 is not a trade show and a press conference,” he cautioned. “The talks are why we are here and getting an agreed fossil fuel phaseout date remains the biggest step countries need to take here in Dubai over the remaining days of the summit.”
Getting to scale with widespread decarbonization will require the industry to develop practices to … [+] reduce overheads and increase efficiency.
Berkeley Lab
As one of many actions to reach a net zero energy economy by 2050, the U.S. is finding ways to minimize the impact of existing housing, which is difficult because as a subset of the country’s overall decarbonization efforts, residential buildings have one of the most diverse existing landscapes.
Variety is the spice of life, but in the case of retrofit solutions to decarbonize housing, it’s not so charming. It demands individual attention by energy auditors and contractors and means that there can be no streamlined pathway to decarbonization with a good user experience for the pros that are required to do the work.
“There are more than 100,000 individual contracting companies in the U.S.,” said Sage Briscoe, the director of federal policy at Rewiring America, a nonprofit organization advocating for clean energy. “Trying to get them up to speed is a big task.”
Grant Farnsworth is the president at market research firm The Farnsworth Group and he agrees that the sophistication and size of contractors is so fragmented that expecting the industry to work in lock step in a substantial manner is a fantasy.
“Plus, like we have seen in other areas, remodelers are laggards when it comes to sustainability,” he said. “They typically aren’t proactively seeking differentiation in the market. They do it when it’s necessary, like when it is driven by compliance or insurance.”
Customer Engagement
Pros rated lack of consumer demand as the biggest barrier to doing retrofit projects.
LBNL
Typically, consumer demand will pull through and catalyze engagement from the industry, but some housing experts are noticing a trend of softening consumer demand.
For instance, the Lawrence Berkeley National Lab’s (LBNL) deep energy retrofit survey of 1,700 projects identified customer demand as one of the biggest challenges, and suggests that in order to drive demand, solutions will need to be readily available, affordable, easy to finance, reliable, safe, and resilient.
Houzz studies find that the most frequently cited appeal for making sustainable choices is long term cost effectiveness, outpacing non-financial reasons like being environmental stewards. In the company’s studies, only 7% of consumers list environmentally friendly as a consideration for a renovation project, while the top three considerations are ‘price within budget,’ ‘quality,’ and ‘design.’
Contractor marketplace Thumbtack’s survey of 1,000 Americans about home improvement plans showed that 32% consider sustainable, energy efficient home projects too expensive and 31% feel unsure about where to begin.
While The Farnsworth Group study reports that the value and benefits for the customer is one of a contractor’s top priorities – second only to cost. That value and benefit is wrapped up in the costs and the energy savings that would be passed along to the homeowner.
According to the Appraisal Journal, home value increases $20 for every $1 reduction in annual utility bills. So, a solar energy system that saves $200 per year would also add $4,000 to the value of a home.
But that finding hasn’t stayed consistent, says Amanda Pendleton, who directs home trends research for Zillow. The real estate firm found solar panels did not command a premium in 2022, and suggests that is due to the exceptionally tight and expensive housing market.
While demand may be lagging, there are examples of programs that are done right and that gain rapid adoption. For instance, the TECH clean California program offers incentives, pilot activities, technical assistance, and training to get California to its goal of being carbon neutral by 2045. The program has been well received, even getting much more interest than anticipated and rapid participation growth.
Lack of Labor
While the construction industry is short millions of laborers, the electrification and retrofit of … [+] existing homes will create even more jobs to fill.
Rewiring America
The construction industry currently has more than two million open positions according to the National Association of Home Builders. While those positions won’t all contribute to decarbonization efforts, the magnitude of the issue is putting a lot of strain on net zero adoption efforts.
In addition, many of the new decarbonization solutions require a specific skill set and contractors typically develop fairly niche expertise. Fortunately, she sees that manufacturers are stepping up with information to help contractors and consumers understand significant product details, how it will impact energy savings, and how to install it.
According to Farnsworth, some contractors are passing on opportunities to install more sustainable products if they require a specialist or if the product is more expensive. He also reports that if the contractor has to buy more expensive products, they may not change already established practices.
In addition, changing building codes may require a specialist’s involvement, making the contractor avoid the product or stick with current practices because it means too much impact to their business.
Farnsworth sees that a lot is landing on the manufacturers to avoid putting any burden on the pro.
“They have to deliver product at the same price point, with the same brand, the same installation, and be compliant without changing anything,” he said.
The LBNL survey also cites a lack of a reliable, trained home performance workforce. Plus, online recruiting platform Handshake reported that young people applying for jobs like plumbing, building and electrical work, dropped by 49% in 2022 from 2020.
Analyzing The Costs
Cost is always a challenge and a couple recent trends make understanding the dollars critical.
In a recent presentation, Todd Tomalak, a principal at housing market research group Zonda, said there has been an overall reversal in mobility for homeowners—where moves were happening on average every 10 years, it’s now every 20 years or more. He also reported that 20% of people’s net worth is equity in their home.
So, an investment in the home is not only more likely, but it would have a more profound impact on ongoing expenses, savings and investments rather than considering for resale value.
A U.S. Department of Energy’s 2021 study showed that to achieve at least 50% carbon reductions in the average home, the project would cost about $55,000, which is a daunting figure for many households when the average home improvement investment today sits at about $22,000.
LBNL also assessed project cost data from its survey to understand where project money was spent, then to identify ways to achieve greater energy reductions at lower costs.
The lowest cost ways to arrive at a 50% energy savings depend on including photovoltaics to offset energy as well as envelope and appliance upgrades. However, the report says it is possible to have more than 70% energy savings with readily available off the shelf insulation, lighting, appliance, domestic hot water and heating and air conditioning solutions.
Plus, while retrofits cost a lot of money, energy in the U.S. is fairly inexpensive. The government is trying to provide incentives to balance the costs, such as rebates and tax credits, which rank as the most effective way to increase customer demand for energy retrofit projects.
A survey by LBNL looked at the deep energy retrofit market drivers, opportunities and challenges to broaden the adoption of deep energy retrofits. For homeowners, cost is the most important factor for digging into an energy retrofit project, but they are also motivated by improved comfort, energy savings, sustainability, or carbon reduction.
The Pacific Northwest National Laboratory (PNNL) has embarked in some consumer research to understand the homeowners’ motivations and help spur engagement. Chrissi Antonopoulos, senior analyst at the lab says that the best motivator is rebates even if they are small.
“It is about getting a deal, which makes them much more likely to participate, but from an economic perspective, people struggle with rebates because they have to shell out money up front and wait to be reimbursed,” Antonopoulos said.
Preliminary results from the lab’s study shows that the most promising technologies for adoption are heat pumps, smart controls, and real-time monitoring and diagnostics. Homeowners also want to be able to spread out the costs by only replacing equipment as it needs to be replaced.
A fairly large opportunity exists for contractors to shrink margins on these types of projects according to LBNL’s Challenges and Opportunities to Home Decarbonization report from June 2022 authored by the organization’s decarbonization leaders Iain Walker, Brennan Less and Nuria Casquero-Modrego. The report shows that across the construction industry, gross margins were higher than industry averages for home performance contractors, sitting at 47% on average. This is much higher than the 33% gross margin for standard residential remodeling, and the typical 10 to 26% gross margin for new construction.
This gap in profit margins spells out an opportunity. If energy upgrade businesses were to reduce gross margins to the level of standard remodeling, overhead and profit costs could be reduced from 47 to 33%, representing a 14% reduction in total project costs. Although the potential for reduced costs is clear, the way to get there is not.
One possibility would be to reduce soft costs that are unique to a project, such as diagnostic testing or energy program administration. Another path that seems increasingly unrealistic due to the current labor market would be to increase market demand and the availability of skilled trades. This approach would drive efficiencies and reduce overhead for these types of projects.
The survey showed that among soft costs, while not common to all projects, professional services from architects could reach up to $10,000 per project. These costs could be reduced with more standardized approaches and guidance for contractors.
Other large costs fall into the categories of home inspections or energy audits and HVAC load sizing, travel and customer management, and building permit costs.
The report also suggested outsourcing customer acquisitions as a prime opportunity to reduce soft costs. Customer acquisition typically costs up to $2,500 per project, which can be reduced to $700 per project by using a skilled marketing group and use of best practices.
Other cost reductions would include automating diagnostic testing and commissioning or using remote approaches for audits to reduce costs by up to 60% per project.
Getting Educated
Knowledge is power and it will be one major catalyst to powering adoption of home energy improvements, but where and how that knowledge is delivered makes a big difference. For example, The Farnsworth Group survey reported that contractors use online sources and trade media to learn about policy change and, maybe more importantly, that they don’t trust government agencies.
“Who trusts the government for anything?” he said. “The majority of pros are gravitating toward industry media. The more you get nuanced in how fresh and new policy information is needed, the more trade media is used. They use social media differently.”
Most contractors have only a surface knowledge of the Inflation Reduction Act (IRA) and very few focus their company’s brand and messaging on energy retrofits.
“The federal government, while they are authoritative, aren’t the best in giving contractors tools,” Briscoe said. “That’s what Rewiring America has set out to do – eliminate the friction in accessing IRA benefits.”
Farnsworth sees the opportunity for government agencies to leverage private partnerships to act as a conduit of information to the mediums that are more trusted and used.
“We cannot rely on government to be the educator – they have to push the content to other sources,” he said.
Again, Farnsworth believes there is a lot of pressure being put on manufacturers to be the source of information, even while product and material availability are reported as the biggest challenge to projects today.
“Manufacturers and service providers have an opportunity to be a knowledge source,” Farnsworth said. “They have responsibility and opportunity as it relates to specs and products as it relates to the policies.”
Technology Coming Into Play
While technology adoption isn’t typically a strong point for builders and contractors, it promises to play an important role in all aspects of the energy transition – from shopping for products to education, from product installation to energy monitoring, and from rebate processing to project management.
New startups and solutions are popping up on a weekly basis to address these various parts of the process, again putting slower moving bureaucracy behind and forcing contractors to rely on information from manufacturers, service providers, trade media and peers.
McKinsey reports that investments in climate tech tripled from 2020 to 2022 compared to previous years, adding up to more than $130 trillion pledged by stakeholders for the transition to net zero energy, water and carbon. The firm estimates $150 trillion will be needed over the next three decades to meet climate goals, and only about 35% of the necessary technology has been invented.
“Contractors and their customers have evolving preferences, so stakeholders have to invest in technology,” Bill Rossiter, the CEO and principal at brand agency Interrupt. “You have to nurture conversations, so you don’t miss out on the ability to give the customer information that they need at a specific point in time. You have to build knowledge on your customers, and always look at and update it.”
He adds that the space is becoming much more competitive and if industry stakeholders focus on building brands and not building bonds, the decision will come down to price because that’s the only decision point that is black and white. As discussed, for contractors that price equation is immediately a factor when they have to think about changing anything at all.
One of the technologies recently launched by the U.S. Department of Energy’s Advanced Building Construction team helps consumers and contractors evaluate the necessary upgrades for a property based on its age and climate location. The tool gives recommendations based on 12 simple inputs and directs the user to a more precise assembly of products that a contractor can use to improve their home’s performance.
Arriving at the country’s decarbonization goals is going to take dedication, passion, commitment, better understanding, technology, and most of all, more collaboration. This won’t happen all at once, and will be messy, but it will certainly be worth it as probably the largest business opportunity for all company’s involved in remodeling and renovation today.
Westchester Community Solar Partnership System to Offer Energy Credits to Participating Residents and Supply Green Energy to Village
OSSINING, N.Y., June 22, 2023 (Newswire.com)
– A state-of-the-art solar array is now operating on the roof of the Ossining Operations Center, producing 149.2 kW of DC electricity to support the Village’s Department of Public Works. The system is the result of a partnership between Ecogy Energy, Sustainable Westchester, the New York Power Authority and Westchester County. Built in just six weeks by Croton Energy Group for Brooklyn-based Ecogy Energy, a developer, financier, and owner-operator of distributed energy resources, the project is the first to emerge from the Westchester Community Solar Partnership (WCSP), which will expand Westchester’s municipal solar portfolio and circulate the benefits of clean, affordable solar energy.
Ossining Village Mayor Rika Levin said, “This project cements Ossining’s reputation as a leader in New York’s energy transition. We will continue to pilot innovative ways of decarbonizing our community that increase prosperity and help the environment.”
Community solar projects allow multiple parties to benefit from the same solar array. Each party that signs up for the project receives credits from its local utility. Community solar projects democratize solar energy, making it accessible to those who may not have space to accommodate solar panels themselves. The greater accessibility is why they are an important part of Ecogy’s mission to deploy energy solutions that are distributed, decarbonized, digitized and democratized.
The new community solar system was constructed without any tree clearing and is largely invisible to the public eye, as it is sited on the roof of the Ossining Public Works Department, tucked off New York Route 9A. The array will increase the percentage of electricity that Westchester gets from renewable energy sources, ultimately making the county’s fuel mix greener and more affordable, and it will help York State in its effort to combat climate change by generating more of its energy from renewable resources.
“This project demonstrates the potential for this type of public-private partnership to serve as a model for rapidly expanding community solar access across New York State,” said Justin E. Driscoll, Acting President and CEO of the New York Power Authority, which conducted the competitive solicitation and served as advisor throughout implementation. “This installation will supply affordable, clean and reliable green energy to the Village of Ossining, offer electric bill savings to participating residents and help advance New York’s bold clean energy goals.”
The project is not Ecogy’s first in Westchester County. The company developed the largest solar canopy in the county above the parking lot of the Maryknoll Society in the outskirts of Ossining. The company has also constructed some of the first community solar projects in Westchester County, including systems in Yorktown and Croton-on-Hudson. Ecogy specializes in working with affordable housing communities, nonprofits, educational institutions, small businesses and municipalities in its mission to share the rewards of renewable energy with traditionally underserved entities.
Brock Gibian, Ecogy’s VP of Development, said, “Given the enormous challenge of meeting energy demand with clean sources, and the enormous opportunity for economic growth and environmental healing that solar energy provides, the support of municipalities like Ossining is absolutely crucial. There’s no time to lose in this race, and local support puts the wind in our sails to take us across the finish line. Westchester has our gratitude for its enduring and invaluable support.”
The WCSP prioritizes benefiting low-to-moderate income (LMI) individuals and communities, and Ecogy’s experience working with these communities is critical to the success of the partnership. All of the subscribers to the system atop the Ossining Operations Center will be local Ossining residents.
Jack Bertuzzi, CEO at Ecogy, credited local technicians for their contributions to the Ossining Operations Center solar system: “At the end of the day, somebody needs to actually gear up and turn into physical reality the solar systems we all want. That’s what the local and skilled technicians of the Croton Energy Group did to construct this system, so we have unshakeable confidence in its quality and longevity. For the next 25 years, this system is going to be keeping the lights on in Ossining Village.”
Emerging from a competitive Request for Proposal (RFP) from NYPA, which is driving the expansion of community solar programs across New York State, the projects are indicative of a larger, state-wide push toward sustainability. The project also received more than $175,000 from the New York State Energy Research and Development Authority (NYSERDA) through NY-Sun, the State’s $3.3 billion initiative to advance the scale-up of solar while making solar energy more accessible to homes, businesses, and communities.
“New York is home to the strongest community solar market in the U.S., providing nearly half of the nation’s community solar last year,” said NYSERDA President and CEO Doreen M. Harris.“This project is the result of another successful public-private partnership and will help bring clean, affordable electricity to more Westchester County residents and businesses.”
“It’s a great day for solar in Westchester,” said Leo Wiegman, Director of Solar Programs at Sustainable Westchester. “Community solar projects are a community effort. It takes federal and state level initiatives, coupled with the determination and expertise of our partners at Ecogy and NYPA to deliver these solutions. But now, the electrons circulating through our grid will be a little cleaner, and the power will be a little cheaper, so our hard work has paid off.”
Sustainable Westchester, the designated community subscriber for the WCSP, will collaborate with Ecogy to enroll local residents in the program, offering reduced energy bills for program participants. Sustainable Westchester is a nonprofit consortium of Westchester County local governments.
The overall system integration will transform the logistics industry by accelerating decarbonization and significantly reducing operational costs.
LOS ANGELES, December 15, 2022 (Newswire.com)
– Gemini Motor Company, Chart Industries, and Ballard Power Systems entered into an agreement to collaborate on the development of a zero-emission fuel-cell Class 8 autonomous vehicle that will be able to cover 1,000 miles in one fueling, dramatically reducing operating costs for the clean, long-haul transportation industry.
According to Alex Rafiee, Gemini‘s CEO, “Both Ballard and Chart are the industry leaders in their sectors, and we are confident our integrated solution will be a significant step forward for the industry.”
This range breakthrough is possible due to the high energy density of liquified hydrogen and the ability to store it on-board Gemini’s specially designed trucks. Liquid hydrogen has higher energy density than its gaseous form typically compressed at 350 and 700. Cryogenic tanks that store liquid hydrogen can operate at atmospheric pressure, which makes them inherently safer for transport and more efficient in achieving longer driving ranges while maintaining an optimal gross vehicle weight.
The benefits of fueling liquid hydrogen from a refueling station to a liquid hydrogen on-board tank include removing prohibitive cost burdens and allowing ultra-fast refueling times on parity with diesel. On-board storage tanks streamline the dispensing process by eliminating the need for compression and, as a result, remove prohibitive capital and operational costs associated with compressors.
In addition to the significant reduction in carbon emissions from the use of liquid hydrogen and the unique design, Gemini plans to, over time, introduce an autonomous model of the same vehicle with increased space for additional fuel and additional efficiency from AI-directed operations that will extend the range up to 1,400 miles.
Along with Gemini Motor’s recent agreement with a green hydrogen provider for low-cost liquid hydrogen, the development of this platform is poised to move deliberately toward a low-cost, efficient goods-movement future. Gemini will provide customers with a “Transportation-as-a-Service” model, including a plan for first rollout of test vehicles and demonstration fleets in 2023. After successful trials, the company intends to work on the launch of Gemini Motor’s commercial service with hundreds of vehicles by 2025.
Chart Industries, Inc. is a leading independent global manufacturer of highly engineered equipment servicing multiple applications in the Energy and Industrial Gas markets. Ballard Power Systems delivers fuel cell power for a sustainable future of the planet. Ballard zero-emission PEM fuel cells are enabling electrification of mobility, including buses, commercial trucks, trains, marine vessels, and stationary power generation.
In the first phase of the collaboration, Gemini will integrate Chart’s liquid fuel on-board storage systems and Ballard’s advanced FCmoveTM fuel cell in a class 8 vehicle to validate a multi-component integration system. Gemini intends to demonstrate a vehicle with an unprecedented zero-emission range suited for long-haul logistics in countries such as the U.S., Canada, and Australia. At commercial scale, Gemini seeks to operate thousands of such vehicles in a hub-to-hub model across multiple cities and provide transportation-as-a-service business to shippers and carriers.
Ballard fuel cells currently power approximately 3,500 buses and trucks, providing zero-emission mobility solutions in nearly a dozen countries around the world with more than 100 million combined zero-emission kilometers driven. There is no other fuel-cell system provider with more heavy-duty on-the-road miles than Ballard, proving the extraordinary maturity and durability of their solution.
“We are excited about this agreement, as it represents extensive consideration and collaboration regarding partners. To accelerate decarbonization of the transportation sector, driving range is key. With longer ranges, the number of fuel stations needed drops exponentially while utilization of every unit rises, hence accelerating the adoption of zero emission transport. We achieve this long driving range with Ballard’s powerful fuel cells combined with the unique liquid hydrogen tank storage from Chart,” said Rafiee.
Ballard’s mission is to deliver fuel-cell expertise toward valuable and innovative solutions globally. “We consider agreements like the one with Chart and Gemini critical to advancing clean and innovative transportation. Both Gemini and Chart align with Ballard’s company values and have the right mix of talent, innovation, and know-how to make great strides in this space,” stated Marc Niefer, General Manager, Business Unit Trucks and Vice President Customer Care of Ballard.
Chart Industries is a global leader in the design, engineering, and manufacturing of process technologies and equipment for the Nexus of Clean™ — clean power, clean water, clean food, and clean industrials, regardless of the molecule. While Chart services a global, diverse set of end markets, their reputation for quality, excellence in ESG, and forming strategic partnerships is well-known. “At Chart, we’re proud to be at the forefront of the clean energy transition, and we’re excited to team up with two industry leaders, Ballard and Gemini, to accelerate decarbonization in the long-haul trucking space,” said Jill Evanko, CEO of Chart Industries.
About Gemini Motor
Los Angeles, California-based Gemini Motor is a cleantech company building zero-emission semi-trucks powered by hydrogen fuel cells. Gemini will operate a fleet of autonomous and non-autonomous Class 8 trucks in a hub-to-hub model and provides transportation-as-a-service to its clients. Gemini RoboTruck will have a range of up to 1,400 miles and can be refueled in less than 20 minutes. For more information, visit www.geminimotor.com.
About Ballard
Ballard Power Systems’ (NASDAQ: BLDP; TSX: BLDP) vision is to deliver fuel cell power for a sustainable planet. Ballard zero-emission PEM fuel cells are enabling electrification of mobility, including buses, commercial trucks, trains, marine vessels, and stationary power. To learn more about Ballard, please visit www.ballard.com.
About Chart
Chart Industries, Inc. is a leading independent global manufacturer of highly engineered equipment servicing multiple applications in the Energy and Industrial Gas markets. Our unique product portfolio is used in every phase of the liquid gas supply chain, including upfront engineering, service, and repair. Being at the forefront of the clean energy transition, Chart is a leading provider of technology, equipment and services related to liquefied natural gas, hydrogen, biogas and CO2 Capture amongst other applications. We are committed to excellence in environmental, social, and corporate governance (ESG) issues both for our company as well as our customers. With over 25 global manufacturing locations from the United States to China, Australia, India, Europe, and South America, we maintain accountability and transparency to our team members, suppliers, customers, and communities. To learn more, visit www.chartindustries.com.
For more information, press only: Adi Liberman 818-257-0906 adi@eoscal.com
For more information on the product: Ken Chawkins Business Development 818-422-7412 ken@geminimotor.com
Global sustainability consulting firm ADEC ESG Solutions releases suite of corporate educational material designed to guide organizations on the path to decarbonization and net-zero goals.
Press Release –
Nov 22, 2022 06:00 PST
IRVINE, Calif., November 22, 2022 (Newswire.com)
– ADEC ESG Solutions, an ADEC Innovations company and global leader in sustainability solutions that helps organizations responsibly grow and operate, last week hosted an online learning event focused on the process of decarbonization. The event’s goal was to educate participating organizations on decarbonization and outline a foundational step-by-step process to achieving decarbonization goals.
Streamlining Decarbonization: Key Strategies and Net-Zero Planning begins by laying the groundwork for a fundamental understanding of concepts surrounding greenhouse gas (GHG) emission reduction. This opening section discussed technical terminology, corporate drivers of the rise of decarbonization, and recent changes to the regulatory environment. The November 16 seminar’s highlight was a step-by-step breakdown of the decarbonization strategy process, from emission source identification to short- and long-term change management framework design and planning.
The event is the latest in a series of emissions-focused corporate educational materials that ADEC ESG Solutions has released, including articles on the basics of decarbonization and the role of supply chain engagement in scope 3 GHG emissions management, as well as an in-depth white paper focused on carbon accounting methods. These complementary resources are a key part of ADEC ESG’s resource library, catered to organizations looking to make impactful changes to their overall strategy and demonstrate a strong commitment to environmental, social, and governance (ESG) goals.
ADEC ESG Solutions has helped private and public organizations as well as municipalities at every step on their Sustainability Journey, from strategy development, data collection, analysis, and planning, through implementation, tracking and automation, and reporting. “The market has shifted beyond just disclosure, and customers are asking to not only see commitments but to see a decarbonization path or net-zero plans,” said ADEC ESG Solutions Head of ESG Strategy and Implementation, Culley Thomas, emphasizing market, regulatory, and internal pressure on organizations to demonstrate real progress on ESG goals.
A recording of Streamlining Decarbonization: Key Strategies and Net-Zero Planning, including the real-time Q&A session, as well as ADEC ESG Solutions’ library of resources for decarbonization and overall sustainability and resiliency strategies, can be found at https://www.adecesg.com/resources/.
About ADEC Innovations
ADEC Innovations’ ESG business advances sustainable practices around the world and helps organizations responsibly grow and operate. With a global workforce spanning six continents, ADEC ESG Solutions seamlessly delivers fully-integrated, cost-effective consulting, data management, and software solutions to ensure we meet our clients’ ever-evolving ESG needs. Visit adecesg.com to learn more.
Please direct media inquiries to: media@adec-innovations.com