2012/11/23

Solar panels in Philippines pushed


Use of rooftop solar panels in Philippines pushed

By 



German and Philippine solar technology developers are pushing for a massive installation of solar panels on rooftops of households, commercial establishments and buildings as these could help ensure the country’ energy security over the long term.
“As we enter 2013, we would like to focus on the solar rooftops because we believe this is going to be a major initiative by the [solar] industry in providing solutions to our problems in the energy sector,” said Theresa Cruz-Capellan, one of the founders of the Philippine Solar Power Alliance (PSPA).
“There are about half a million new residential projects that are going on stream every year. If only 10 percent of these can be convinced to put solar panels on their rooftops, that will be a big help to both the distribution utilities and power generation companies,” Capellan said. She added that it would also help reduce the country’s dependence on imported fossil fuels.
The potential market for solar industry players was estimated at about $450 million, or P19 billion, yearly. This was based on the 50,000 households (representing 10 percent of the half a million constructions yearly) that can install solar panels with a capacity of 2 kilowatts.
To produce a kilowatt of solar power from these rooftop panels, one would need to invest about $4,500 for the actual components and installation works. This investment can be recovered in about seven years but the solar panels usually last for at least 25 years, said Capellan.
She said investors in solar energy were also in talks with real estate developers and the Climate Change Commission for the possible inclusion of rooftop solar panels in housing projects within “ecotowns.”
Thomas Chrometzka, head of international affairs of Germany’s Bundesverband Solarwirtschaft e.V., said that the potential of photovoltaic systems globally continued to be underestimated in some parts of the world. In Germany, however, rooftop installations account for about 80 percent of the installed solar capacity of 30 gigawatts.
Chrometzka said rooftop solar panels could be a viable solution for the Philippines given its high solar irradiation level.
The Philippines is said to have solar irradiation of 1,900 kilowatts a square meter.
Electricity produced from solar energy, however, remained marginal compared to other renewable energy sources, such as hydro and geothermal, due to the perceived high costs of solar panels and installation.

EastGreenfields Brochure


Getting ready for the launch!

Brochure / hand out leaflet now available!





2012/11/09

MERALCO power rate hike anew in November 2012


Another power rate hike from Meralco... wheeewww when can we have just stable price?

We can help... use Micro Solar Power Generation units.

We have plug-and-play units... 

email us: inquiry@eastgreenfields.com

***

Meralco to hike power rates this month
By Amy R. Remo
Philippine Daily Inquirer


Customers of Manila Electric Co., the country’s biggest power distributor, may expect higher power bills this month due to an increase in the cost of electricity sourced from the spot market. 

“Initial results from the (wholesale electricity spot market) show an increase in generation prices,” said a source privy to Meralco data. 

According to the source, the increase in WESM rates was due to the “deenergization of the Luzon-Visayas interconnection from October 8 to 13,” which resulted in the reduction of power supply coming from the Visayas grid. 

The Leyte–Luzon HVDC link, a high voltage direct current transmission link between geothermal power plants on the island of Leyte and the southern part of Luzon, was deenergized due to annual preventive maintenance work on the converter station, the source said, citing the daily market update from the Philippine Electricity Market Corp., operator of the wholesale electricity spot market. 

The source added that the maintenance work on the converter station took place just as some plants in Luzon experienced power outages. 

The link begins at the Ormoc converter station in Leyte and ends at the Naga station in Camarines Sur. 

During the same period, market prices also rose significantly, the source said. In particular, the load-weighted average price (LWAP) last month peaked at P13.60 per kilowatt-hour on October 10. 

The electric utility has yet to announce the final generation charges for November.

2012/11/08

Plug-and-Play micro Solar Power Generation


What if you can just park it in front/back yard, or mount it in terrace or roof, or any vacant lot and then plug-it into to AC outlet and voila! Instant solar power generating unit solution...

Ideal for internet shops/cafe, car wash stations, water filtration stations, homes etc etc... 

The units are completely scalable from 1 panel unit to as many as 10 panel array. Customable design per your demand/requirement.

This is our working prototype model... and will be available very soon as stocks ships in.

email us: inquiry@eastgreenfields.com


2012/11/02

Philippines to add more Solar Power in the Grid


Gov’t to change renewable energy mix
Bigger allocation eyed for solar, wind projects
By Amy R. Remo
Philippine Daily Inquirer


The Department of Energy (DOE) is planning to reallocate the installation targets among the renewable energy sources in favor of the more expensive solar and wind power projects. 

Energy Undersecretary Jose Layug Jr. assured the public, however, that such an action would not increase the feed-in-tariff (FIT) allowance—or the universal levy to be collected from all power consumers for the use of renewable energy facilities—beyond the estimate of 5 centavos per-kilowatt-hour (kWh). 

The DOE has set a limited installation target of 760 megawatts. This means that only those projects that receive an allocation from this installation target—which refers to the total capacity of renewable energy projects that will be allowed to be constructed within a three-year period—will be subject to the feed-in-tariff rates. 

Under the current installation target, the 250 MW has been allocated for hydropower projects, 250 MW for biomass, 50 MW for solar, 200 MW for wind power and 10 MW for ocean power. 

The initial plan being studied by the DOE is to increase the installation target for wind projects by another 50 to 60 MW to increase the allowed capacity to as much as 300 to 310 MW. The installation target for solar projects may also be increased by another 30 MW to a total of 80 MW. 

According to Layug, the reallocation was meant to address the oversubscription on the two particular resources. This means many of the proponents have wind and solar projects whose total capacities are much higher than the allocated installation targets.