A new law recently passed in France mandates that all new buildings that are built in commercial zones in France must be partially covered in either plants or solar panels.

Green roofs, as they are called, have an isolating effect which helps to reduce the amount of energy needed to heat a building during the winter or cool it in the summer. They are capable of retaining rainwater and reducing problems with runoff, and also offer birds a place to call home in the urban jungle.

French environmental activists originally wanted to pass a law that would make the green roofs cover the entire surface of all new roofs.

However, partially covered roofs make for a great start, and are still a huge step in the right direction.

Some say the law that was passed is actually better, as it gives the business owners a chance to install solar panels to help provide the buildings with renewable energy, thereby leaving even less of a footprint.

Green roofs are already very popular in Germany and Australia, as well as Canada’s city of Toronto! This  by-law was adopted in 2009, by the city of Toronto which mandated green roofs on all new industrial and residential buildings.

Benefits of Green Roofs

There are so many benefits to green roofs. Here are just a few:

  • Adding natural beauty and major aesthetic improvement to buildings, which in turn increases the investment opportunity.
  • Helping contribute to landfill diversion by prolonging the life of waterproofing membranes, using recycled materials, and prolonging the service of heating, ventilation, and HVAC systems through decreased use.
  • Green roofs assist with storm water management because water is stored by the substrate, then taken up by plants, and thus returned to the atmosphere through transpiration and evaporation. They also retain rainwater and moderate the temperature of the water and act as natural filters for the water that does run off. They delay the time at which runoff occurs, which results in decreased stress on sewer systems during peak periods.
  • The plants on green roofs do a great job of capturing airborne pollutants and other atmospheric deposition. They can also filter noxious gasses.
  • They open up new areas for community gardens, commercial and recreational space in busy cities where this space is generally quite limited.

France is definitely on the right track, but it should be a mandate that all new buildings being built in North America, and even worldwide, adopt this amazing idea to reap all of the potential benefits.

 

CS Globe

While the Pan Caribbean Sugar Company (PCSC)-owned Monymusk and Frome sugar factories are now ready to supply electricity to the national power grid, their delivery of the service is being held back by procedural matters, including the need for an operational licence.

“We have made some progress, but we still have some way to go in our discussions with the Office of Utilities Regulation (OUR) and the Jamaica Public Service (JPS) regarding a licence and a power-purchase agreement,” Delroy Armstrong, a senior assistant to the CEO of the PCSC, told The Gleaner yesterday.

While the Government has been quite vocal in stating a desire to see more private suppliers start selling electricity to the national grid, it would appear the PCSC, which is a subsidiary of the Chinese COMPLANT group, has been in a state of readiness for quite some time.

“I cannot give you the numbers right now, but we have realised significant savings from this investment. It has allowed us to become self-sufficient to the point that we have excess energy that we are now offering to sell to the national grid,” said Armstrong, in explaining the situation at Monymusk and Frome.

However, despite the state of readiness of the two factories, Armstrong was not able to say how soon they will begin to supply electricity to the national grid. In fact, he thinks it might not be anytime soon.

“If we get permission and come to an agreement with JPS, there will be other infrastructure that we will have to put in place, so it is not safe for me to give you a timeline for this to be a reality,” said Armstrong.

As part of its drive towards efficiency, the PCSC installed new 75-ton boilers at its Monymusk and Frome facilities. It has also installed two generators that produce 10 and five megawatts, respectively, at each location.

The energy being produced by the factories comes from bagasse, which is the fibrous matter that remains after sugar cane is crushed to extract juice, and is considered to be a biofuel. It is also frequently used as a primary fuel source for sugar mills. When burnt in quantity, it produces sufficient heat energy to supply all the needs of a typical sugar mill, with energy to spare.

The PCSC has been pushing for at least five per cent of off-season bagasse-based energy to be passed on to the national grid and projects that, making use of the process after the sugar season, the 10-megawatt generator could be used to develop bagasse into fuel within the next three years.

Solar power, even after the sun goes down? A new utility-scale solar project with battery storage will supply power to the island of Kauai, Hawaii in the evening hours of 5-10 p.m., helping to meet peak demand after sunset while reducing greenhouse gas emissions.

In 2016, SolarCity will construct a 17-megawatt photovoltaic solar array on 50 acres adjacent to an existing power plant owned by Kauai Island Utility Cooperative (KIUC). The installation will include a 52-megawatt-hour battery system. SolarCity will sell power from the project to KIUC under a 20-year power-purchase agreement.

“The most interesting thing about this project is that it’s firm solar power,” said Peter Rive, founder and CTO of SolarCity. “That’s a new and important class of utility-scale solar power system. The batteries will store all the energy produced by the solar array, and then dispatch it to the grid as needed.”

Under the agreement, KIUC will purchase power for 14.5 cents per kilowatt-hour — considerably less than the utility currently pays for comparable diesel generator capacity. Furthermore, KIUC noted that this is “only slightly more than the cost of energy from KIUC’s two existing 12-megawatt solar arrays, whose output is available only during the day.”

Rive explained that KIUC will commit to drawing a certain amount of power from the battery, but that the utility will be billed only at the time it draws power.

“KIUC has been investigating energy storage options for more than two years, and price has always been the biggest challenge,” said David Bissell, president and CEO of KIUC. “This is a breakthrough project on technology and on price that enables us to move solar energy to the peak demand hours in the evening and reduce the amount of fossil fuel we’re using.”

The cost of battery storage has been dropping steadily in recent years, but it’s still fairly pricey. Hawaii has the nation’s highest power costs, so that improves the economics of large-scale battery storage there. But Rive notes, “SolarCity is not subsidizing the cost of this system. We’re making good enough money on this, and it’s also a good deal for KIUC.”

The clock is ticking, however. At the end of 2016, the federal solar Investment Tax Credit (ITC) drops from 30 percent to 10 percent. To qualify for the ITC, construction work must begin by April 2016 and the project must be producing power by December 31, 2016. KIUC has requested accelerated approval from the Hawaii Public Utilities Commission, and SolarCity confirmed that the battery storage system and solar array will be eligible for the credit.

Siting the solar project next to an existing KIUC power plant will greatly reduce the cost and complexity of grid interconnection, Rive said. “So much of the fixed gear is already there, and we won’t have to build long transmission lines.”

Serving a large amount of load from batteries is expected to provide power quality advantages, particularly frequency support. This can be a considerable benefit for a co-op that serves a widely dispersed and largely rural customer base.

The manufacturer of the battery has not yet been selected, but Rive says Tesla is a leading contender. “We think their technology is ahead of the pack for this kind of application.”

This is the second utility-scale solar project that SolarCity has built for KIUC. A year ago, the utility commenced operation of a 12-megawatt solar farm on Kauai, which supplies about 5 percent of the island’s annual electricity needs.

Utility-scale solar farms with battery storage might help Kauai avoid some of the problems that the neighboring island of Oahu has experienced due to the surge in rooftop solar deployment. Recently, the stability of Oahu’s distribution grid has been challenged by solar, as 13 percent of residents there have PV systems installed on their homes.

Greentech Media

Jamaica is to benefit from a US$20-million pilot climate-change adaptation programme to be funded mainly by the Inter-American Development Bank (IDB), which will be implemented by the Ministry of Land, Water, Environment and Climate Change, working with selected, allied state agencies and non-government organisations.

The overall objective is to increase Jamaica’s resilience to climate change, by enhancing the country’s adaptive capacity across the priority sectors of water, health, tourism, coastal resources and human settlement. It will be financed by a loan of US$10 million, at interest rate of 0.025 per cent per annum, and a grant of US$7.89 million from the Climate Investment Fund through the IDB, with counterpart financing of US$1.97 million from the Jamaican Government.

 

Increasing Awareness

 

Therese Turner-Jones, the IDB’s country representative for Jamaica, used yesterday’s official launch to emphasise the need for getting everyone up to speed about the harsh reality of climate change and the need for such interventions.

“Increasing the awareness of citizens – every child, every young person in Jamaica about how serious this is because I don’t think the problem is going away,” she told the audience at the Hotel Four Seasons in St Andrew.

“It’s really important that everybody understands that this is a problem that’s going to be with the world for a very long time. So the earlier we can educate our children about it, climate change and also the negative impacts and what we can do as a country, things will be better off years from now.”

Turner-Jones explained that the IDB does many pilot projects in Jamaica, which are then replicated in the region, and with its next five-year country plan for Jamaica now in the making, climate change will be a crosscutting theme in many of the development projects regarding water, sanitation and agriculture.

Meanwhile, Claire Bernard, deputy director, sustainable development, at the Private Sector Organisation of Jamaica (PSOJ) appealed to stakeholders to treat the project with the urgency and priority it deserves.

“I share the experience of working with a number of agencies which seem to treat funded projects as an appendage whose needs are addressed when there is a slack in the normal work. The result of this is that projects are perennially underspending and behind schedule. The intended benefits are delayed or compromised, effectiveness is impaired, cost increases, and there are implications for the national budget.”

The senior PIOJ executive went on to stress the importance of getting the project implemented on time and within the original budget.

“Being a pilot beneficiary in this facility puts Jamaica under the microscope with respect to our performance and consistency …, the extent to which we scale up good practices, the innovativeness of our activities and capacity for others to learn from them but most importantly, the sustainability of the intervention.”

The Gleaner

THE Inter-American Development Bank (IDB) and University of Technology (UTech) recently collaborated on a one-day workshop designed to teach non-technical professionals about the energy sector and how it affects their lives and businesses.

Billed ‘Demystifying the Energy Industry’, the event targeted business people, entrepreneurs, banking and insurance executives, among others. It zeroed in such areas as energy costs and renewable alternatives to fossil fuels.

IDB Country Representative Therese Turner-Jones noted that “because energy is a complex and technical topic, discussions are often dominated by energy sector professionals”.

But the workshop, she said, would help non-technical professionals “navigate discussions involving issues like petroleum-derived fuel products, natural gas, wind, solar, waste-to-energy, biofuels and energy efficiency”.

Dr Ruth Potopsingh, associate vice-president of Sustainable Energy at UTech noted that “knowledge of the energy sector can better equip us all to make sound business decisions”.

IDB Consultant Dr Earl Green presented the results of the IDB/DBJ Energy Efficiency Pilot Projects for Small & Medium Enterprises and a video called Success Stories in Energy Efficiency in Jamaica.

Lumas Kendrick Jr, senior energy specialist, IDB, moderated a panel discussion on Finding Solutions for Jamaica’s Energy Sector Challenges, which included panellists Fitzroy Vidal, director of energy, Ministry of Science, Technology, Energy & Mining; Christopher Brown, business development manager, Development Bank of Jamaica; Dr Ruth Potopsingh, associate vice-president-Sustainable Energy, UTech; and IDB/DBJ Grant recipients Yorkin Waltes, owner, Triple Seven Farms and Pauline Wilson, general manager, Pioneer Meats.

 

Jamaica Observer

Jamaica’s light and power company is spending up to US$40 million over five years to roll out a smart grid and cut line losses.

Last year, the Jamaica Public Service Company Limited (JPS) reported a one per cent decline in sales along with a one per cent increase in system losses – mostly electricity theft – which drained US$18.4 million in revenue from the company.

Now, Senior Vice-President, Energy Delivery, Technology and Innovation Gary Barrow says the company is spending US$6 million to US$8 million per year over a span of five years on technology upgrades.

That includes the installation of smart meters, which the company has been testing in select homes since at least 2012 under what was referred to as its Smart Grid Interface pilot, according to past reports.

Now, around one-tenth of customers have smart meters installed.

The last 24 months have seen the light and power company quietly acquiring and testing new equipment, pilot-testing new programmes, and doing “systems shakedowns” before large-scale rollouts, said Barrow.

Pivotal to this will be the implementation of the smart grid. This is already giving the company the ability to remotely fix power outages, reroute power, monitor usage, and to start tackling losses that gobble up as much as 26 per cent of the power it generates.

Barrow is downplaying the smart grid as a silver bullet, meaning it will not solve all the problems that drain revenue from the utility, but he said it would put JPS on the cutting edge of technology and within requirements of a modern electricity distribution system

“When you talk about a smart grid, it is really about putting more intelligence into the grid. It is where you start and where you end. That is how the technology is evolving. It is getting the data and using a lot of sophisticated analytical tools that translate that data into information for us,” Barrow said.

The system has distribution automation switches that allow JPS to pinpoint faults and reroute power. Coupled with that is an outage management system that automatically locates outages and manages real-time recovery. The centrepiece of the improvements, however, is the installation of smart meters.

Over the last two years, the light and power company has installed about 60,000 smart meters, which is just about 10 per cent of the 580,000 customers served by JPS.

Consumption Readings

Barrow notes, however, that 65 per cent of revenue comes from customers with smart meters. This is because 100 per cent of all large customers – numbering about 5,000 business – are on smart meters. In addition, they have sought to cover medium-sized businesses and other heavy users.

The commercial applications – commercial automated metering infrastructure, or CAMI – allow JPS to do readings of consumption at 15-minute intervals for all large commercial customers. This information is shared with clients.

JPS also uses MV90 software to analyse if there are any unusual consumption patterns.

The company has also tested and is installing meters on a secondary line of distribution transformers. On a practical level, what that means is that JPS attaches a meter to one leg of the average 220 voltage wires that feed a typical street. This allows JPS to get closer to its goal of reducing line losses.

Barrow says that when the system is fully rolled out, JPS will be able to pinpoint energy theft at the micro level.

“Before, we knew that an entire feeder was suffering from theft, but now, we are actually able to take it down to transformer level. So if only 25 customers are on that transformer and we know that … we are delivering more energy than what we have billed for, now we can pin-point with great granularity where the theft is happening,” the power executive said.

He says JPS is also totting up savings from the smart grid.

“In some areas where we had as much as 50 per cent theft of electricity, just putting in these meters and taking some other actions, we were able to bring that down to two to three per cent,” he told Wednesday Business.

Given those successes, JPS is preparing to go a step further, technologically speaking, with the planned roll-out of “Smarter Smart Meters”, which will allow customers to manage their energy consumption through remote control of the devices in their own homes.

That system is in the final stages of pilot-testing in the upscale Jacks Hill-Norbrook areas of Kingston.

Having committed to the smart grid investment, the monopoly power distributor appears wary of competition from renewable energy systems – possibly under net-metering/net-billing policies that allow persons to generate and sell electricity to the national grid – with Barrow noting the proliferation of photovoltaics, which harness solar energy.

He said what was required is a modernisation of regulations.

“This is a critical success factor or a critical point of failure. I can be talking about all of these things, and if the regulations don’t support it in a way that the business remains viable, then as a country, we will lose out,” he said.

 

The Gleaner

The Jamaica Public Service Company (JPS) has signed an agreement for the long-awaited supply of gas to the island.

The company has announced that it has signed a deal with the United States (US)-based New Fortress Energy for the supply of gas to Jamaica, after receiving approvals from the Government and the Office of Utilities Regulation (OUR).

Under the agreement, New Fortress Energy will provide the JPS with liquefied natural gas (LNG) for its 120-megawatt power plant in Bogue, St James.

The plant, which was first commissioned into service in 2003, is being converted to run on gas instead of the more expensive automotive diesel oil.

“This is a historic moment for JPS and for Jamaica,” said Kelly Tomblin, president and CEO of the JPS.

“JPS has worked since 2012 to procure gas as part our fuel diversification strategy. We are fortunate that we can now take advantage of technology related to gas shipments and supportive US policies that allow the export of gas to non-FTA countries.

“Just today (Friday), Fortress received its permit from the US Government to export gas to Jamaica. JPS is honoured to be leading this game-changer for the energy sector,” said Tomblin.

 

Support National Goals

 

The JPS CEO said the introduction of gas will support the national goals of energy security, sustainability and affordability.

“The move to cleaner fuels and more flexible generation will reduce our environmental footprint by allowing Jamaica to optimise our use of renewables while we simultaneously reduce emissions from our baseload generation,” said Tomblin.

According to Tomblin, the JPS has been working closely with the Electricity Sector Enterprise Team, which was set up by the Government to oversee the upgrade and expansion of Jamaica’s energy sector.

The signing of the gas supply agreement has set the stage for work to begin on the infrastructure needed for the delivery of gas to Bogue by early 2016.

Wes Edens, founder and co-chairman of the board of Fortress Investment Group, declared New Fortress Energy’s commitment to investing and creating value in Jamaica.

“This agreement opens the door to a new era of energy diversity and independence for Jamaica and its citizens, enabling the region to benefit from cost-effective, stable supplies of US natural gas.

“Our vision extends far beyond Bogue. This will be the catalyst to establish Jamaica as an energy hub for the Caribbean and Latin America. Jamaica is the ideal location to execute on this vision, and we intend to invest significantly in energy, port and logistics infrastructure on the island. Change takes vision and we applaud JPS, its leadership, and the Government of Jamaica for working tirelessly towards this moment.”

 

The Gleaner

Throughout the entire first half of 2015, solar and wind energy accounted for 2,518 megawatts of new electricity generating capacity brought online in the US— some 65 percent of all new capacity added so far this year.

Coal accounted for a mere 3 MW during that time period, while natural gas accounted for 1,173 MW (there was no new oil). That’s less than half the amount of solar and wind energy added January to June. Wind alone, at 1,969 MW, was more than all fossil fuels combined.

Here are the full numbers from the Federal Energy Regulatory Commission’s latest Energy Infrastructure Update:

 

“With Congress now debating whether to extend the federal tax incentives for renewable energy sources, it is reasonable to ask whether the American public has gotten a good return on these investments to date,” Ken Bossong, Executive Director of the SUN DAY Campaign, said in response to the update. “The latest FERC data confirms that the answer is a resounding ‘Yes!’”

Despite the tangible economic and environmental benefits of their huge growth in recent years, the US solar and wind industries are still facing a looming threat due to uncertainty over federal tax incentives.

The Senate Finance Committee just approved a tax bill that would reinstate the wind production tax credit (PTC), which expired on January 1, 2014 after Senate Republicans basically killed it. ThinkProgress reports the renewed tax credit would be worth $10.5 billion over 10 years and would last through December 31, 2016.

Fossil fuels are estimated to receive $135 billion in federal subsidies over the next decade from the US government, so it’s understandable that investors are weary of the long-term prospects of wind and solar, which, despite on-again, off-again support from the federal government, still must fight for every bit of market share they can get.

The two renewable energy technologies combined still only represent less than eight percent of total installed capacity in the US, after all, compared to natural gas at 42.66 percent and coal still hanging on at 26.83 percent, per the FERC data.

Which is why environmentalists and wind energy supporters want Congress to go further by adopting a more long-term solution.

“Wind power is gaining strength but in the context of tax extenders, this Congress must extend the PTC and [the investment tax credit] for the longest possible time to avoid pushing American wind power off a cliff,” the American Wind Energy Association’s Jim Reilly told ThinkProgress.

The solar industry is expecting a surge in business as a variety of investment tax credits are set to expire at the end of 2016. Without any further action from Congress to promote the clean energy technologies of the future, however, the surge is guaranteed not to last.

 

DESMOG blog

The state-owned National Water Commission (NWC), Jamaica’s largest consumer of electricity, said that savings from its energy bill are being passed on to consumers.

Lower oil prices has resulted in cheaper electricity bills from Jamaica Public Service Company. NWC’s monthly bill has fallen to about $400 million at present.

“Yes, the NWC has been positively impacted by the reduction in oil prices. Our bills from JPS have gone down to just over $400 million per month, whereas before it was hovering above $500 million per month and in some instances it had exceeded $600 million,” Charles Buchanan, public relations manager at the NWC told Sunday Business.

Buchanan said that for most of calendar year 2014 the NWC, and by extension its customers, would not have benefited from the reduction in energy prices because for most of that time electricity rates were still very high. However, both the company and consumers started seeing the benefits since November 2014.

Buchanan explained that there is a mechanism built into the NWC’s tariff which is adjusted based on changes in the company’s three most significant costs: the cost of energy based on the electricity bills, the foreign exchange rate given that about 70 per cent of its operations involves purchases of items such as chlorine, fittings and meters; and the Consumer Price Index, which relates to other inputs.

“Those three things together are considered under the Price Adjustment Mechanism which customers see on their bills as PAM,” he said.

“Let’s assume that they are all going in the same direction, whenever they change it will cause customers’ bills to change in that same direction.”

Buchanan said each of the three elements are weighted by the Office of Utilities Regulation and that the size of their adjustments would determine the impact on PAM.

“So let’s say the energy price is going down and by itself would result in a reduction in the PAM, but the CPI and the exchange rate are going in the opposite direction, depending on how significant the movements are, whether the exchange rate changes are small or great or whether the energy cost reduction is small or great, as well as the relative weighting of those components it will determine whether PAM comes out on the net as a positive or negative movement,” he said.

Significant Movement

“But I can tell you that the movement in the energy prices has been significant enough to have overcome any other contrary movement in the CPI and or foreign exchange rate over recent months. As a result, for the last few months the price adjustment mechanism for the customers has been beneficial to the customers in the sense that it is represented on their bills as a deduction from their water charges,” he added.

NWC has some 1,000 locations across Jamaica that require electricity.

In 2011, its annual bill to JPS was $5.503 billion; $5.904 billion in 2012; $6.285 billion in 2013, and $6.464 billion in 2014.

“In all instances there was a continuous climb in the dollar value of the energy costs,” said Buchanan.

However, the NWC has put in place energy management initiatives which resulted in its kilowatt per hour usage hovering at around the same place or slightly declining.

For example, in 2011 the NWC’s kilowatt/hour usage of energy was 197.17 million, but it moved downward to 188 million in 2014. “This is despite the fact that we had put in a number of new water supply and waste water systems,” the NWC spokesman said.

Buchanan adds that there was a four per cent decrease in the NWC’s energy consumption in 2014 when measured against 2011. Consequently, the commission was expecting a four per cent reduction in its electricity bill, but instead there was a three per cent increase in the energy cost to the NWC over the period.

Asked about the percentage reduction to customers over the past three months, Buchanan said it was difficult to give a figure due to PAM being a combination of three elements.

“It’s a little complicated to give an exact figure … but definitely the bills have shown declines,” he said.

Jamaica Gleaner

 

Our country is fortunate to be located in the tropics with abundant sunshine. However, we failed to utilise the natural free energy available to us.

Now that our country has passed four IMF tests and the macroeconomy is in a better health to attract international lending agencies, it is prudent that the Jamaican Government use all its available resources to negotiate a loan to provide solar energy for residential housing. The programme would be developed in phases. The aim is to get at least 25 per cent residential houses connected within year one.

The Jamaican Government should borrow US$100 million and establish a revolving fund. This programme should be managed by the National Housing Trust (NHT).

Arguably, the NHT is one of the best managed government organisations. This organisation has the requisite resources, infrastructures and locations to execute the programme throughout the country. Using this organisation would reduce the need for a new organisation that would incur additional expenses.

The NHT would be responsible for the following;

Implementation and management of the programme

Managing the funds

Importation of the solar equipment

Installation of the equipment

Collection of monthly payments

Charging a five per cent handling fee

Determining the energy requirement of each house by using the applicant’s last JPS light bill.

Establishing four standard energy solutions based on monthly consumption; 100KW, 200KW, 300KW, and 400KW.

Establishing four standard monthly payment plans of $5,000, $10,000, $15,000 and $20,0000.

Establishing a payment plan for over five years.

Establishing a deposit not exceeding $100,000.

Applicants would be required to do the following;

Make application to the NHT

Make a down payment not exceeding J$100,000.

Make a monthly payment to the NHT.

This initiative would reduce the country’s energy bill, reduce our dependency on foreign oil, and reduce environmental damage. It would also reduce the amount each applicant spends on his monthly energy bill.

JOHN MCINTOSH

Hotel management consultant

jpmcintosh@hotmail.com