More Meralco customers are adopting net metering, with over 200 customers in 2015 growing to 392 currently. The number of installations increased 7% month-to-month as the cost of solar panels decreases. Under net metering, electricity users with renewable energy systems up to 100kw can sell excess power they generate back to the grid. The government is also discussing making it more attractive for building owners to install solar panels on rooftops in business districts to help reduce power requirements. This could provide significant relief for the country's power supply if implemented in Makati and Manila. While still being planned, no financing mechanisms have been identified yet.
February 2011 - Michigan Energy Forum - Julie BaldwinAnnArborSPARK
Have you ever considered whether you could use renewable energy at your home or small business? Or think it may be a good business opportunity to sell, install, or service renewable energy systems? Join us as we discuss some of the various types of small scale renewable energy systems; the financial ins and outs of renewables;laws and regulations covering them; opportunities for entrepreneurs; and lots more.
February 2011 - Michigan Energy Forum - Julie BaldwinAnnArborSPARK
Have you ever considered whether you could use renewable energy at your home or small business? Or think it may be a good business opportunity to sell, install, or service renewable energy systems? Join us as we discuss some of the various types of small scale renewable energy systems; the financial ins and outs of renewables;laws and regulations covering them; opportunities for entrepreneurs; and lots more.
Net Energy Metering (N.E.M.) 2.0 - Solar Regulations in San DiegoHome Energy Systems
Home Energy Systems Net Energy Metering (N.E.M.) 2.0. Presentation from their Solar Seminar on October 29, 2016. This presentation gives a summary of the rules and regulations surrounding resident owned energy and how it effects your solar system.
In this paper, a distributed incremental adaptive filter (DIAF) controlled utility interfaced photovoltaic (PV) - battery microgrid system is presented with power quality features. From protection aspects, grid tied solar inverters are required to shut down at loss of the utility. However, the multi-purpose PV-battery system is developed to provide energy to the critical loads, even at loss of distribution network. The bidirectional controlled converter with a battery also mitigates the intermittency of a PV array under rapid variations in the weather. The extracted maximum power is supplied to the voltage source converter (VSC), which is transferred to the nonlinear loads and the utility. The distributed incremental adaptive filter is used to control the VSC with contribution of PV power and the battery. In addition, the DIAF control provides harmonics mitigation, load balancing and power factor improvement functionalities in order to deal with system connected with nonlinear loads. A PV power feed-forward (PVFF) term is incorporated in the current control for injection of active power to the utility as well as to improve the dynamic operation of residential PV-battery microgrid. The battery energy storage (BES) reduces the fuel bills and it is also utilized to provide smoothing attributes to the microgrid. The effectiveness of PV-battery microgrid is validated experimentally developed in the laboratory.
A growing number of utilities are calling for reform or abolition of net metering. They call it a “free ride” to use utility wires and not pay for the service. IREC, along with other non-profits and the solar industry, know net metering can be fair and balanced. It provides benefits that outweigh utility costs in most cases, particularly by deferring new utility construction. It's a hot button topic. A rundown of what's happening in key states, including a deeper analysis of the issue and insight into how to achieve a fair valuation of all of net metering's benefits, was covered by Jason to standing-room crowds
Net metering, or net energy metering (NEM), is a billing system that credits small customers at the full retail electric price for any excess electricity they generate and sell to their local electric company via the grid from on-site small sources such as residential rooftop solar arrays.
Presentation given on May 2nd, 2009 to the Mossy Creek Community in Jefferson County, TN. Basic overview of wind energy technologies and applications suitable for the county.
Electrical Energy Storage: An Issue for Consumers and Power Players 2Lately, ...Aidan Vosz
Lately, we are burdened by a few things electricity: The rising costs of our household power rates, electrical hazards and how to avoid it, alternative to electrical energy for our use, energy shortage and outages. At least these are the issues we ordinary citizens face. However, if you ask the electrical utility companies, these issues are secondary concerns compared to the one they are tackling right now: The issue of electrical energy storage.
Pico solar PV systems development in Kenya as opposed to rural electrificationAugustine Okoth
Pico Solar homes systems use have greatly grown in Africa with Kenya taking the lead. Most rural areas do not have to electricity. Due to poverty most households cannot afford electricity either way, hence settling for kerosene or candle as their source of lighting. This can lead to health problems and is expensive in the long run. This study discusses power situation in Kenya. It explains why we need to embrace solar in the rural areas as compared to national grid rural electrification. Majority of Kenyans still use kerosene for lighting even though the Pico PV is very affordable. The government, donors and solar companies have a big role to play in promoting the use of green energy in the rural areas. This can be done by creation of awareness of the product and ensuring that the standards on the solar systems are met.
Solar Energy Installation Outlook US | Power Sector | Aranca Articles and Pub...Aranca
The total power generation capacity installations every year in the US has expanded significantly, led majorly by solar energy sources. PV installation capacity is expected to expand at a four-year CAGR of around 48% over 2013-16.
Net Energy Metering (N.E.M.) 2.0 - Solar Regulations in San DiegoHome Energy Systems
Home Energy Systems Net Energy Metering (N.E.M.) 2.0. Presentation from their Solar Seminar on October 29, 2016. This presentation gives a summary of the rules and regulations surrounding resident owned energy and how it effects your solar system.
In this paper, a distributed incremental adaptive filter (DIAF) controlled utility interfaced photovoltaic (PV) - battery microgrid system is presented with power quality features. From protection aspects, grid tied solar inverters are required to shut down at loss of the utility. However, the multi-purpose PV-battery system is developed to provide energy to the critical loads, even at loss of distribution network. The bidirectional controlled converter with a battery also mitigates the intermittency of a PV array under rapid variations in the weather. The extracted maximum power is supplied to the voltage source converter (VSC), which is transferred to the nonlinear loads and the utility. The distributed incremental adaptive filter is used to control the VSC with contribution of PV power and the battery. In addition, the DIAF control provides harmonics mitigation, load balancing and power factor improvement functionalities in order to deal with system connected with nonlinear loads. A PV power feed-forward (PVFF) term is incorporated in the current control for injection of active power to the utility as well as to improve the dynamic operation of residential PV-battery microgrid. The battery energy storage (BES) reduces the fuel bills and it is also utilized to provide smoothing attributes to the microgrid. The effectiveness of PV-battery microgrid is validated experimentally developed in the laboratory.
A growing number of utilities are calling for reform or abolition of net metering. They call it a “free ride” to use utility wires and not pay for the service. IREC, along with other non-profits and the solar industry, know net metering can be fair and balanced. It provides benefits that outweigh utility costs in most cases, particularly by deferring new utility construction. It's a hot button topic. A rundown of what's happening in key states, including a deeper analysis of the issue and insight into how to achieve a fair valuation of all of net metering's benefits, was covered by Jason to standing-room crowds
Net metering, or net energy metering (NEM), is a billing system that credits small customers at the full retail electric price for any excess electricity they generate and sell to their local electric company via the grid from on-site small sources such as residential rooftop solar arrays.
Presentation given on May 2nd, 2009 to the Mossy Creek Community in Jefferson County, TN. Basic overview of wind energy technologies and applications suitable for the county.
Electrical Energy Storage: An Issue for Consumers and Power Players 2Lately, ...Aidan Vosz
Lately, we are burdened by a few things electricity: The rising costs of our household power rates, electrical hazards and how to avoid it, alternative to electrical energy for our use, energy shortage and outages. At least these are the issues we ordinary citizens face. However, if you ask the electrical utility companies, these issues are secondary concerns compared to the one they are tackling right now: The issue of electrical energy storage.
Pico solar PV systems development in Kenya as opposed to rural electrificationAugustine Okoth
Pico Solar homes systems use have greatly grown in Africa with Kenya taking the lead. Most rural areas do not have to electricity. Due to poverty most households cannot afford electricity either way, hence settling for kerosene or candle as their source of lighting. This can lead to health problems and is expensive in the long run. This study discusses power situation in Kenya. It explains why we need to embrace solar in the rural areas as compared to national grid rural electrification. Majority of Kenyans still use kerosene for lighting even though the Pico PV is very affordable. The government, donors and solar companies have a big role to play in promoting the use of green energy in the rural areas. This can be done by creation of awareness of the product and ensuring that the standards on the solar systems are met.
Solar Energy Installation Outlook US | Power Sector | Aranca Articles and Pub...Aranca
The total power generation capacity installations every year in the US has expanded significantly, led majorly by solar energy sources. PV installation capacity is expected to expand at a four-year CAGR of around 48% over 2013-16.
Design a Highly Efficient Push-Pull converter for Photovoltaic ApplicationsEklavya Sharma
Design a schematic to extract maximum obtainable solar power from a PV module and use the energy for a DC application. This project investigates in detail the concept of Maximum Power Point Tracking (MPPT) which significantly increases the efficiency of the solar photovoltaic system.
Promoting Renewable Energy - Experience of Donor Partner - Ricardo Torres, DR...OECD Environment
1st Clean Energy Finance and Investment Consultation Workshop: “Unlocking finance and investment for clean energy in the Philippines” 31 May – 1 June 2022, Makati Diamond Residences, Legazpi Village, Makati City
A Comparative Study for Different Sizing of Solar PV System under Net Energy ...journalBEEI
Malaysia has moved forward by promoting the use of renewable energy such as solar PV to the public to reduce dependency on fossil fuel-based energy resources. Due to the concern on high electricity bill, Universiti Malaysia Perlis (UniMAP) is keen to install solar PV system as an initiative for energy saving program to its buildings. The objective of this paper is to technically and economically evaluate the different sizing of solar PV system for university buildings under the Net Energy Metering (NEM) scheme. The study involves gathering of solar energy resource information, daily load profile of the buildings, sizing PV array together with grid-connected inverters and the simulation of the designed system using PVsyst software. Based on the results obtained, the amount of solar energy generated and used by the load per year is between 5.10% and 20.20% from the total annual load demand. Almost all solar energy generated from the system will be self-consumed by the loads. In terms of profit gained, the university could reduce its electricity bill approximately between a quarter to one million ringgit per annum depending on the sizing capacity. Beneficially, the university could contribute to the environmental conservation by avoiding up to 2,000 tons of CO2 emission per year.
1. More Meralco customers shift to net metering
By Danessa Rivera (The Philippine Star) | Updated June 25, 2016 - 12:00am
Under the net metering program, electricity end-users with renewable energy installations — such
as solar, wind or biomass — not exceeding 100 kw can sell electricity they generate in excess of
what they can consume directly to their distribution utility (DU). Philstar.com/File photo
MANILA, Philippines - More electricity customers are shifting to the net metering program and the
trend is expected to continue as the cost of solar panels keep going down, a ranking Manila Electric
Co. (Meralco) official said.
Meralco started with one customer under the net metering program in 2013. By end-2015, the
power distributor has over 200.
And as of May 16, Meralco has 392 customers, with rooftop installations at an average capacity of
four kilowatts (kw), under net metering, said Anna Maria Reodica, program manager and specialist
for Meralco’s Renewables Program Management.
2. “In the past few months, we saw a seven percent month-to-month increase in installations. You can
see that the trend is going up and this means the net metering program is consistently growing,” she
said.
Based on the group’s market research, Reodica attributed the growing trend to the lower cost of the
solar photovoltaic (PV) systems and the price of electricity.
“There are several factors like the price of electricity and the cost of the solar photovoltaic system,”
she said. “It could be economic but there are also other factors driving.”
Under the net metering program, electricity end-users with renewable energy installations — such
as solar, wind or biomass — not exceeding 100 kw can sell electricity they generate in excess of
what they can consume directly to their distribution utility (DU).
“There are customers who are exporting because its beyond their requirements. For example, no
one is at home, solar panels continue to generate power so it is fed into the Meralco network and
they are compensated for that,” Reodica said.
While Meralco has not set a target number of customers under net metering, Reodica said the
franchise area “is reaching down south of Laguna and Bulacan with scattered [solar PV]
installations.”
3. Government pushes solar power in buildings
By Czeriza Valencia (The Philippine Star) | Updated July 11, 2016 - 12:00am
Socioeconomic Planning Secretary Ernesto Pernia said increased use of solar power in business
centers would help reduce the country’s power requirements. File photo
MANILA, Philippines - The National Economic and Development Authority (NEDA) is in discussions
with the Department of Energy (DOE) on the possibility of making it attractive for building owners in
business districts to use solar power.
Socioeconomic Planning Secretary Ernesto Pernia said increased use of solar power in business
centers would help reduce the country’s power requirements.
“Solar power and renewables are faster to implement than coal fired power plants but also has
limited power capacity and are space intensive,” he said.
“But solar panels can be strapped on rooftops. So if solar panels are installed in buildings in Makati
and Manila, that would be a lot of relief on our power supply requirements,” he added.
He said Energy Secretary Alfonso Cusi has not opposed the idea.
“I’ve been talking to the DOE secretary already and he does not seem to be averse toward it,” said
Pernia.
4. This still being a plan, Pernia said there are no identified financing mechanisms for the program yet.
The DOE, however, has an existing program for providing solar power for at least 100,000
households in the country.
In September last year, the NEDA board approved the Access to Sustainable Energy Program of the
DOE which would provide households electricity and energy services through a grant assistance of
solar home systems and rural power generation facilities.
The project cost of P4.89 billion is financed through official development assistance.
Pernia, however, said it would be more feasible if this would be done for commercial buildings
whose owners could afford the cost.