Climate Change & Energy
LG Electronics is a global company, set on becoming the third-largest company in global digital electronics sales, by 2010. Partly because of this goal-and the company's already achieved top-tier rank, worldwide-we feel an equal urgency toward social responsibility and taking an active role in the push to reduce greenhouse emissions and tackle the environmental damage already incurred. Toward this end, LG Electronics is implementing various strategies to and technologies to reduce greenhouse gas emissions at our factories. We're also working to minimize the indirect greenhouse gases emitted from LG products by continuing to increase the energy-efficiency of our products.
Greenhouse Gases Discharged During Business Activities
Beginning with the already-complete survey of our Cheongju factory, LG is conducting a full inventory of operations to discern the amount and sources of discharged greenhouse gases. The inventory will be completed by June 2009, and will encompass all domestic and overseas factories, though we are already gradually reducing the amount of greenhouse gases discharged in these locations.
Once complete, we will move swiftly to establish a complete management system for greenhouse gases, including office, research, and transportation, as well as manufacturing factories. We will also put in place objective authentication and IT management systems to establish full-time monitoring and evaluation.
Figure 1. The Amount of Greenhouse Gases Discharged from Domestic Factories
| Scope (as defined within ISO 14064-1) | Year | ||
| 2005 | 2006 | 2007 | |
| Direct Emissions | 117,419 | 131,991 | 133,207 |
| Energy Indirect Emissions | 456,125 | 568,826 | 541,826 |
| Other Indirect Emissions | 9,297 | 11,022 | 11,435 |
| Optional | 135,772 | 134,365 | 129,402 |
| Total | 718,613 | 846,204 | 815,870 |
Note : Data is presented in ton-CO2 equivalent. Optional emissions include gases contributing to climate change but not covered by the Kyoto Protocol
Greenhouse Gas Emission During Product Use
In order to further reduce greenhouse gas emissions, LG Electronics is increasing its proportion of high-efficiency products, in part by continuing to aggressively develop new technologies. We're also acting to educate our customers by offering them simple energy-saving tips-highlighting ways that they can join the effort reduce these emissions, and underscoring the importance of a cleaner world.
By 2012, LG plans to further demonstrate its determination to counter climate change by establishing a low-carbon business environment.
Energy Efficiency
Energy Star is the U.S. government's international program to encourage the use of energy-saving consumer products. It was formed by the country's Environmental Protection Agency (EPA) in 1992, as part of a larger initiative to reduce energy consumption and greenhouse gas emissions. We are proud to note that the majority of LG Electronics' products meet Energy Star standards. Click the link below to view LG products that meet Energy Star specifications.
Reduction Plan and Goals for the Disposal of Greenhouse Gases Produced by Factories
By 2007, LG Electronics operated a total of 36 manufacturing sites; nine in Korea, and 27 overseas. Greenhouse gases emitted from these facilities fall into both categories of gas emissions: direct and indirect. Direct emissions are generated from burning fossil fuels during the manufacturing processes, and from escaping coolant (inserted into products during production). Indirect emissions are generated through the use of external energy sources, such as electricity.
Because the majority of our emissions are indirect, and each facility is actively promoting efficiency improvements At the Changwon Factory, greenhouse gases were reduced by approximately 5,000 tons in 2007, as a result of such measures. Currently, a plan to expand the use of recycled energy is also being reviewed. And, when inventories are complete, emission reduction in domestic factories will begin with the implementation of an integrated greenhouse gases management system.
Development of Renewable, Energy-Related Technology
The home appliance business sector has, for the last seven years, been number one in global sales of residential air-conditioners. In April 2007, and thanks to some 40 years' expertise, we launched a newly conceptualized air-conditioning and heating system, called the "Hybrid Gio." This environmentally friendly system consumes less energy than conventional cooling or heating systems that use electricity or gas, and emits no direct greenhouse gases. Moreover, the sector launched the solar cell business group, led by LG Corp., building a solar-light system capable of generating tens of megawatts. And, because the solar-light generation system emits no greenhouse gases, LG will be able to reduce greenhouse emissions by actually generating greener electricity.
Currently, the Changwon #2, and the Digital Appliance Research Laboratory (Gasan-dong, Seoul), are operating 1 kw/h and 7.5 kw/h sunlight panels for trial purposes. These panels are capable of producing 0.00072% of the electricity used by all LG Electronics factories in 2007.
Battery Chargers
All LG mobile-phone chargers developed and launched since January 1, 2005 have satisfied the EU voluntary Code of Conduct (CoC) and the EPA Energy Star 1.1* of the United States, actually exceeding the latter standard by more than 50% at the point of shipment. This marks an improvement average of 69 percent.
| Total Model No. | Energy Star 1.1 Qualified Models | Exceeding Energy Star 1.1 | |||
|---|---|---|---|---|---|
| Quantity | % | Quantity | % | ||
| Battery Charger | 39 | 39 | 100% | 39 | 100% |
| Total | 39 | 39 | 100% | 39 | 100% |
The IPP Project on the Efficiency of a Mobile Device Charger is a voluntary agreement committing electronics manufacturers to develop external power supplies (i.e. chargers) with minimized power consumption and, in particular, minimum no-load power consumption. This means that when the charger is not charging a device, but is still plugged in, it consumes a minimal amount of energy.
Energy Efficiency Rating for Mobile Device Charger (By Voluntary Agreement EU and Industry IPP Project)
| Rating | No-load Power consumption |
| 5 | 0.03W |
| 4 | 0.03W to 0.15W |
| 3 | 0.15W to 0.25W |
| 2 | 0.25W to 0.35W |
| 1 | 0.35W to 0.5W |
| 0 | 0.5W |
To download the Energy Star Qualified Battery Charger Models List, click here.
TVs
The following TVs were launched by LG Electronics in 2007. More than 85% of the products satisfy the Energy Star standards, and some products exceed those standards by more than 30 percent.
| Met | Exceeding(30%) | List | |
|---|---|---|---|
| LCD | 88% | 45% | Download |
| PDP | 91% | 29% | Download |
Energy Star TVs standard (Effective July 1, 2005): standby mode 1 W (exceeding the mode by 30% at 0.7 W)
Monitors
The following monitors were launched by LG Electronics in 2007. More than 85% of the products satisfy Energy Star standards-with more than 80% of the models exceeding those standards by more than 30 percent.
| Total Model No. | Energy Star 2.2 Qualified Models | Exceeding Energy Star 2.2 by 30% | ||||
|---|---|---|---|---|---|---|
| Quantity | % | Quantity | % | |||
| Oversease | LCD | 136 | 126 | 92.65% | 117 | 86.03% |
| CRT | 8 | 0 | 0% | 0 | 0% | |
| Domestic | LCD | 32 | 31 | 96.88% | 27 | 90.63% |
| CRT | 1 | 0 | 0 | 0 | 0% | |
| Total | 177 | 157 | 88.70% | 146 | 82.49% | |
Energy Star MNT standard: standby mode 2 W (Exceeded the mode by 30% at 1.4 W) Energy Star Qualified Models List: Download
Status of Renewable Energy Use
Renewable energy, including solar power, hydro-power, bio-organism based, and geothermal heat is a desirable solution for fossil fuel depletion and taking care with the environment. Currently, LG's second Chang-Won factory is using four kinds of renewable energy: geothermal and solar heat, and the Cogen and solar-light systems.
Geothermal System Cooling water is the product of this system, in which hot water runs into the ground and is circulated back to be used as cooling water again. Generating capacity : 35 kw/h
Solar-Energy System This system generates electricity from infinite, pollution-free solar energy via the use of solar cells. Generating capacity : 1kw/h
Cogen System This system supplies warm water after generating electricity by using LNG. Generating capacity : 30kw/h
Solar Heat System This system supplies hot water using heat absorbed in a solar-heat condenser, which is then connected to a Cogen system warm water tank.
