new solar training

Ex10S9201 Ex10S9202 Ex10S9203 Ex10S9204 Ex10S9205 Ex10S9206 Ex10S9207 Ex10S9208 Ex10S9209 Ex10S9210 Ex10S9211 Ex10S9212 Ex10S9213 Ex10S9214 Ex10S9215 Ex10S9216 Ex10S9217 Ex10S9218 Ex10S9219 Ex10S9220 Ex10S9221 Ex10S9222 Ex10S9223 Ex10S9224 Ex10S9225 Ex10S9226 Ex10S9227 Ex10S9228 Ex10S9229 Ex10S9230 Ex10S9231 Ex10S9232 Ex10S9233 Ex10S9234 Ex10S9235 Ex10S9236 Ex10S9237 Ex10S9238 Ex10S9239 Ex10S9240 Ex10S9241 Ex10S9242 Ex10S9243 Ex10S9244 Ex10S9245 Ex10S9246 Ex10S9247 Ex10S9248 Ex10S9249 Ex10S9250 Ex10S9251 Ex10S9252 Ex10S9253 Ex10S9254 Ex10S9255 Ex10S9256 Ex10S9257 Ex10S9258 Ex10S9259 Ex10S9260 Ex10S9261 Ex10S9262 Ex10S9263 Ex10S9264 Ex10S9265 Ex10S9266 Ex10S9267 Ex10S9268 Ex10S9269 Ex10S9270 Ex10S9271 Ex10S9272 Ex10S9273 Ex10S9274 Ex10S9275 Ex10S9276 Ex10S9277 Ex10S9278 Ex10S9279 Ex10S9280 Ex10S9281 Ex10S9282 Ex10S9283 Ex10S9284 Ex10S9285 Ex10S9286 Ex10S9287 Ex10S9288 Ex10S9289 Ex10S9290 Ex10S9291 Ex10S9292 Ex10S9293 Ex10S9294 Ex10S9295 Ex10S9296 Ex10S9297 Ex10S9298 Ex10S9299 Ex10S9300 Ex10S9301 Ex10S9302 Ex10S9303 Ex10S9304 Ex10S9305 Ex10S9306 Ex10S9307 Ex10S9308 Ex10S9309 Ex10S9310 Ex10S9311 Ex10S9312 Ex10S9313 Ex10S9314 Ex10S9315 Ex10S9316 Ex10S9317 Ex10S9318 Ex10S9319 Ex10S9320 Ex10S9321 Ex10S9322 Ex10S9323 Ex10S9324 Ex10S9325 Ex10S9326 Ex10S9327 Ex10S9328 Ex10S9329 Ex10S9330 Ex10S9331 Ex10S9332 Ex10S9333 Ex10S9334 Ex10S9335 Ex10S9336 Ex10S9337 Ex10S9338 Ex10S9339 Ex10S9340 Ex10S9341 Ex10S9342 Ex10S9343 Ex10S9344 Ex10S9345 Ex10S9346 Ex10S9347 Ex10S9348 Ex10S9349 Ex10S9350 Ex10S9351 Ex10S9352 Ex10S9353 Ex10S9354 Ex10S9355 Ex10S9356 Ex10S9357 Ex10S9358 Ex10S9359 Ex10S9360 Ex10S9361 Ex10S9362 Ex10S9363 Ex10S9364 Ex10S9365 Ex10S9366 Ex10S9367 Ex10S9368 Ex10S9369 Ex10S9370 Ex10S9371 Ex10S9372 Ex10S9373 Ex10S9374 Ex10S9375 Ex10S9376 Ex10S9377 Ex10S9378 Ex10S9379 Ex10S9380 Ex10S9381 Ex10S9382 Ex10S9383 Ex10S9384 Ex10S9385

Popular posts from this blog

mw solar engineering courses

E11S2187 E11S2188 E11S2189 E11S2190 E11S2191 E11S2192 E11S2193 E11S2194 E11S2195 E11S2196 E11S2197 E11S2198 E11S2199 E11S2200 E11S2201 E11S2202 E11S2203 E11S2204 E11S2205 E11S2206 E11S2207 E11S2208 E11S2209 E11S2210 E11S2211 E11S2212 E11S2213 E11S2214 E11S2215 E11S2216 E11S2217 E11S2218 E11S2219 E11S2220 E11S2221 E11S2222 E11S2223 E11S2224 E11S2225 E11S2226 E11S2227 E11S2228 E11S2229 E11S2230 E11S2231 E11S2232 E11S2233 E11S2234 E11S2235 E11S2236 E11S2237 E11S2238 E11S2239 E11S2240 E11S2241 E11S2242 E11S2243 E11S2244 E11S2245 E11S2246 E11S2247 E11S2248 E11S2249 E11S2250 E11S2251 E11S2252 E11S2253 E11S2254 E11S2255 E11S2256 E11S2257 E11S2258 E11S2259 E11S2260 E11S2261 E11S2262 E11S2263 E11S2264 E11S2265 E11S2266 E11S2267 E11S2268 E11S2269 E11S2270 E11S2271 E11S2272 E11S2273 E11S2274 E11S2275 E11S2276 E11S2277 E11S2278 E11S2279 E11S2280 E11S2281 E11S2282 E11S2283 E11S2284 E11S2285 E11S2286
Read more

PV Panel recycling technologies

Image
  Solar power is booming, with millions of metric tons of solar panels being produced each year. A panel has a projected lifespan of about 25 years, which means that today’s new solar farms will go out of service in the late 2040s. Most of the weight in a solar panel, about 75 percent, is glass, aluminum, with 10 percent; wiring in a junction box, at 5 percent; and silicon, with just 3.5 percent. Dedicated recyclers are needed, the authors write, to do a more thorough job of recycling all the components of a panel—including the crystalline silicon in the photovoltaic cells themselves. Silicon wafers account for about half the cost of a panel, as well as over half the energy and carbon footprint of manufacturing a panel. But silicon isn't currently being targeted for recycling much because the recovered silicon isn't pure enough to go straight back to a wafer manufacturer. Studies show that the impurity levels are an important issue during the recycling processes.  The resulting
Read more